#Mass Spec Lab Solutions

[tdsfluids]

Beyond the Surface: The Real Impact of the Ceramic Coating Sleeve

There’s a quiet hero in many industrial settings that doesn’t get the spotlight it deserves. It doesn’t spin, it doesn’t flash, and it doesn’t make a sound. Yet, without it, millions of dollars in machinery would wear out faster, production would stall, and safety could be compromised.

That unassuming component? The Ceramic Coating Sleeve.

Often overlooked in broader conversations about maintenance or engineering upgrades, this humble sleeve plays a critical role in extending the lifespan of high-performance components across power plants, chemical refineries, and even aerospace systems. But what exactly makes it so vital?

This blog takes a different approach. Rather than rattling off specs, we’ll look deeper: how this component works, why it matters, and what it reveals about our evolving priorities in industrial reliability.

From Wear to Wow: The Birth of a Solution

In high-friction or high-corrosion environments, even the toughest metals can deteriorate rapidly. Engineers once tried battling this problem with thicker alloys or complex lubrication systems. But these methods came with trade-offs — weight, cost, and operational downtime.

Enter the Ceramic Coating Sleeve.

By applying a ceramic coating — often through plasma spraying, chemical vapor deposition, or sol-gel techniques — manufacturers found they could create a protective barrier that’s:

Incredibly hard (often exceeding 9 on the Mohs scale),

Resistant to heat (some withstand temps over 1000°C),

Chemically inert, meaning it doesn’t degrade in harsh acids or alkalis.

And here's the kicker — it does all of this without significantly adding to the component’s mass or altering its base structure.

The Human Side of Engineering: Why It Matters in the Field

Let’s step away from the lab for a moment. Picture a technician working on-site at a petrochemical plant in the sweltering summer heat. The production line is down — again — because a rotating shaft has worn out faster than expected. They’re under pressure. Every hour of downtime costs thousands.

They install a new Ceramic Coating Sleeve — one that’s been designed not just for the shaft, but also optimized for the specific wear profile of the machinery. This time, they’re not coming back in two months. They’re coming back in two years.

In moments like this, the sleeve isn’t just a product. It’s peace of mind. It’s fewer emergencies, less stress, and higher trust in the system.

That’s what engineering should always strive for: blending material science with meaningful human impact.

A Deep Dive into the Tech: How Does It Work?

Here’s the part that nerds (like us) love.

A Ceramic Coating Sleeve starts with a substrate — typically a metallic or alloy sleeve that fits over a shaft or within a bearing system. It is then coated with ceramics such as:

Aluminum oxide (Al₂O₃) for general wear resistance,

Zirconia (ZrO₂) for thermal shock applications,

Silicon carbide (SiC) or titanium nitride (TiN) for extreme hardness and chemical stability.

These coatings are applied in layers microns thick, but don’t let their size fool you. Even thin coatings can dramatically shift a component’s behavior — reducing friction coefficients, increasing resistance to pitting, and slowing oxidation to a crawl.

Different from the Rest: Why Not Just Go Full Ceramic?

A common question arises: if ceramics are so great, why not make the entire sleeve out of ceramic?

It’s all about balance.

Full ceramic parts are brittle. They don’t like impact or vibration — two things that are unfortunately common in industrial settings. By combining the flexibility of metal with the resilience of ceramic on the surface, Ceramic Coating Sleeves offer the best of both worlds.

This hybrid approach mirrors what we often see in nature — bones that are hard on the outside but spongy inside, or tree trunks that are dense yet flexible. It’s a reminder that sometimes, compromise is the smartest form of innovation.

Applications Across Industries: Not Just for the Big Players

You might think these sleeves are reserved for billion-dollar facilities. But that’s changing fast.

Today, Ceramic Coating Sleeves are showing up in:

Pulp and paper plants, where they protect rollers from slurry and heat,

Automotive manufacturing, especially in EVs where wear resistance is critical,

Pharmaceutical production, where chemical exposure can quickly degrade stainless steel,

Even in food processing lines, where hygiene and abrasion resistance must coexist.

The beauty of this technology is that it scales. A small workshop with a single CNC lathe can benefit from the same principles as a nuclear plant turbine.

Challenges and Considerations: It's Not All Smooth

No solution is without its quirks.

Some challenges include:

Adhesion issues if the substrate isn't prepared correctly,

Cracking or delamination if thermal cycling isn’t considered in design,

Initial cost, which can be higher than untreated sleeves (though cheaper in the long run).

Also, quality control in coating thickness and uniformity is crucial. A poorly applied ceramic layer can do more harm than good. That’s why sourcing from experienced manufacturers and working closely with material scientists can’t be overstated.

Looking Ahead: Smart Coatings and Future Materials

The future of the Ceramic Coating Sleeve isn’t static. Researchers are developing:

Self-healing ceramic coatings that can repair micro-cracks over time,

Smart sleeves with embedded sensors that monitor wear and temperature in real-time,

Eco-friendly ceramic composites using less energy-intensive processing methods.

In other words, the sleeve you install today might soon become a data node in your plant’s predictive maintenance system. That’s an exciting leap from what was once a passive wear component.

Wrapping Up: The Invisible Asset with Massive Impact

In the world of engineering, the loudest innovations often steal the show — think AI, robotics, or giant offshore wind turbines. But there’s a quiet revolution happening beneath the surface, where humble components like the Ceramic Coating Sleeve are redefining what it means to be durable, efficient, and sustainable.

They don’t ask for attention. But they earn respect — quietly, steadily, and reliably.

And maybe that’s what real innovation looks like.

[omnilabsolutions]

Buy Vacuum Pump Enclosure at OMNI Lab Solutions

Vacuum Pump Enclosure! OMNI has developed a number of design features that work together to create an integrated Pump Enclosure that provides a significant decrease in noise. Our enclosures are designed to accommodate pumps from Edwards, Varian Sogevac, and Pfeizzer Vacuum as well as others. Contact us today at +16195796664 or visit our website omnilabsolutions.com to learn more about it.

[arrowflier]

Arrow what cool things are you working on at work right now? Tell it like you're explaining it to a three year old. I haven't taken a science class since 2004...

Hmm, cool things...it's all pretty routine right now, lol, so I'll just pick something to blabber about!

So I've mentioned before that the bulk of my work is analyzing samples for common pollutants like pesticides. And as regulations change, we have to, too!

Right now we're working on lowering our "limit of detection" for a common pesticide. That's exactly what it sounds like: we need to be able to see it at really low concentrations, lower than anyone used to care about.

One of the reasons that's hard is that it's difficult to isolate just one thing to detect, so we end up with a "background" signal that can be so high it's like the thing we want to see isn't even there. We can try to fix that in different ways.

We can try to clean our samples: remove as much other stuff as possible so nothing interferes with the signal from what we care about. That's on the wet lab side, and can involve changes in how we extract the chemical (soaking it in different solutions to dissolve what we want and leave the rest), adding other chemicals that will react with what we don't want and leave what we do, things like that.

But even if that's perfect, we can be limited by what our scientific equipment can do. So on my side, that's what we have to work around.

Usually, we push the sample through a column that's lined with a known material. Different chemicals will interact with that material differently, so they will take different amounts of time to come out on the other side. Then, they go through the mass spec.

Inside that, we separate them again. We set the first part of the mass spec so that only compounds with a specific mass can go through. Then, whatever makes it through at a given time is blasted with electricity, which breaks it into smaller pieces. We look for the change from one mass to another, that's hopefully specific to our material, to rule out even more stray signals.

Selective extraction followed by three separation steps--that sounds complex enough that what we get out must be pretty much what we want, right?

Wrong😭

Even with all of that, there can still be enough things with exactly the same response that the signal of something only present at less than 1 part per billion parts is still obscured.

So we have a new instrument does even more! It's called ion mobility, and while it's been around a while, in industries beholden to regulatory agencies that don't embrace change quickly it's just starting to be more common.

With this, we can add even more separation variables. Maybe two compounds made it through the column at the same time, and even have the same mass, but are shaped differently enough that when put in an electric field and bombarded with a gas, one will slow down more than the other! Then, we can limit even more what goes through the remaining steps.

There are a lot if variables here to optimize, obviously. It can take a while to get it just right, and then you have to prove to other people that it works. But when you aren't in a major time crunch (which we are of course lol) it can be a fun puzzle to solve!

[inevitablefan-ne-girl]

Written for @teamengineering‘s The Fitz Wish List to celebrate Leo Fitz’s 30th birthday! Also fulfills @thefitzsimmonsnetwork‘s Fanwork Friday Prompt “Surprise”.

~2600 words (Title from Fall Out Boy’s “Immortals”) Set post-canon.

Wish #3: A Visit to Their Original Chem Lab ~ Read Below or on AO3!

When Jemma got the news, she knew exactly where she needed to tell Fitz her little secret. What better place to tell Fitz about the next chapter of their lives than the place where it- where they- truly began.

Jemma wasn’t even sure the exact condition of the S.H.I.E.L.D. Academy of Science and Technology in light of the events of the past several years. But, after a few phone calls, and not to mention her pull as a very prominent past-student, Jemma was given permission to bring Fitz to the Academy in the late dusk of a cool August evening. The halls were deserted, with not a single student or professor in sight, but everything seemed to be exactly as Jemma remembered it.

As she led Fitz down the quiet Academy hallway, she could tell that even though he was blindfolded to keep their destination a secret, he knew exactly where they were. As soon as they had entered the Academy, Fitz’s grip on her hand had tightened, his fingers wrapping more securely around her own and the cool metal of his wedding band pressing into her palm. Even without seeing it in front of him, the building was so familiar to the both of them that he knew exactly where he was based on smell and sound alone.

The entire way to the Academy, Fitz had whined about how it wasn’t fair to keep where they were going such a secret. He had even used the Jemma, you’re my best friend-not to mention my wife- don’t we tell each other everything card. But, Jemma was determined to keep it a surprise for him. She had merely smirked, rolled her eyes, and told him to sit back, keep his mouth shut, and my goodness, if you would just learn to be patient for once in your life, Fitz, we will be there soon.

When she handed him the blindfold, he had looked at her questioningly, but eventually acquiesced and permitted her to tie it around his eyes. But once they arrived, and he realized where she was taking him, he had finally shut his mouth and allowed her to lead him through the familiar halls.

Once Jemma reached her destination, she slowed her steps and turned to Fitz. Reaching forward, she tugged off his blindfold.

“Surprise” she whispered, as he blinked a few times while his eyes adjusted to the light.

Once he registered just exactly where they were standing, a smile widened on his face.

“You brought us to our old Chem lab?” he asked, smiling at her as she could see the memories flooding back into his eyes.

“Mm-hmm.” Jemma grinned back. “I thought it would be special to see where our story began.”

“Jemma, this is so great,” Fitz responded with a smile. “I’ve been hoping we could come back here someday. See the ol’ place once more. Thank you.” He leaned forward, about to kiss her, before he suddenly straightened back up and quirked an eyebrow. “Are we allowed to be in here? Are you sure this is okay?”

“Yes, Fitz, I’m positive,” Jemma answered, an eyeroll accompanying her giggle. “I got all the necessary permission. Do you think that I- Jemma Simmons- would break a rule? And at the Academy of all places?” Jemma said, a smile forming on her lips, and her hand coming up to her chest in a gesture of mock offense.

“Okay, you’re right. I know you would never break a rule.” Fitz responded sarcastically. But, then his face became serious, his eyes staring deeply into hers. “Thank you, Jemma.”

“You’re quite welcome.” Jemma leaned forward and placed a soft kiss on Fitz’s lips. “Shall we go in?”

“Yeah, let’s do it.” Fitz smiled and reached down to grab her hand again as Jemma turned the knob and opened the door to the first year Chemistry lab.

Alright, everyone. Quiet down, quiet down. If everyone could gather around, it’s time to announce who our lab teams will be for this semester. Now, before I begin I would just like to say a couple things about the team pairings. First, the partner that you are assigned will be your lab partner. No amount of begging to switch pairs will be tolerated. In fact, it will be greatly frowned upon. Second, I suggest that you come to realize that your new lab partner will be your greatest ally for the rest of this year at the Academy. You need to learn to trust your partner, to work well with them. This person that you are paired with will help you to either succeed or to fail during this first year. But, remember, you will not be guaranteed to get along with your lab partner. In fact, most people walk away from this semester being glad to be done working with their partner. However, I wish you all well, and- if you are lucky- you might just find a new friend in your lab partner. Now, I will read each lab pairing and team number. Once called, you will find your partner and make your way to your numbered lab bench. Okay, let’s begin.

Team 1. Carter Andrews and Tiffany Sloane.

Team 2. Matthew Prescott and Sarah Williams.

Team 3. Leopold Fitz and Jemma Simmons.

Team 4….

Stepping slowly through the lab door, everything was almost exactly as Fitz remembered it. Looking around, he saw the rows of numbered lab benches, clustered in groups of two, stretching back to the far end of the room. Each pair of benches was separated by a small sink, with separate faucets for hot water, cold water, and deionized water. Spread around on each of the benches were a couple of laboratory instruments- a burette, a hot plate, a Bunsen burner, and a separatory funnel. On one side of the room, three hoods were positioned, a couple of larger lab instruments contained in them. And, at the very front of the room, sat the spectrometers and the computers.

“Wow, it’s exactly as I remember it,” Fitz breathed, leading Jemma around the front of the familiar room in awe.

“I know. It really is, isn’t it?” Jemma responded, squeezing Fitz’s hand.

Together, they walked over to the bench labelled “Team 3” that was positioned in the front corner of the room.

“Our old lab bench,” said Fitz.

“Hey, look at that! The burn mark from when you placed that Erlenmeyer down on the lab bench- after I told you it still needed to cool- is still there. Isn’t that ironic?” Jemma laughed, pointing out a circular ring of discolor on the shiny bench top.

“Ha-ha, Simmons. Yes, everyone knows you were always right about everything, even as a freshman.” Fitz responded sarcastically, his eyes lighting up with a smile.

“Well, hey, I guess this means that you really left your mark here at the Academy, huh, Fitz?” Jemma questioned, another laugh filling the quietness of the lab as she leaned into his arm.

“Yeah, I guess I did.” That first memory launched them both into a string of Do you remembers? causing them to laugh so hard that by the end they were nearly gasping for air, leaning forward on the familiar lab bench.

“Do you remember the time that we could not get our solution to come to boil, so we had to switch out hot plates four different times? Then, we were almost late for Professor Vaughan’s first test, so we had to run just to get to class in time? Still aced that test though.”

“Do you remember when Sally Weber dropped that $200 piece of glassware? She was okay, but her face… Oh, it turned bright red, she was so mortified. The poor girl. Then she had to walk up to the lab supply room and pay for it out of pocket.”

“Do you remember when Andrews played that prank on us- he always was one for pranks. He switched out our chemical for Sodium Hydrogen Carbonate, which caused that giant foam explosion. Man, that was horrible. We would have been in so much trouble if we hadn’t of already proved ourselves as two of the best students in the class, which was a good thing because that foam made a terrible mess over the whole lab.”

“You are right, though. We proved that we were a great partnership from the start.”

Cadet Fitz. Cadet Simmons. I called you both into my office today because I wanted to say how impressed I have been with your work over these past two weeks. Every assignment and experiment that you have completed has been exemplary. Kudos to you both for your excellent work.

Thank you so much, sir.

Yes, thank you, sir. We have enjoyed working together so far.

Well, I best advise you to keep it up. Have a good day, Cadet Fitz and Cadet Simmons.

Good day, sir.

Good job, Fitz. It’s been great working with you so far in the lab.

Good job to you as well, Simmons. We work well together.

That we do. Hey, what do you say if we carry over this partnership to some of our other classes. We could work on our Chemical Kinetics project together too. Professor Hall did say that we could work with a partner.

I think that would be a great idea, Simmons.

Good! Let’s head back to the library and start brainstorming. I’m sure that together we can come up with something magnificent.

Becoming serious, Fitz stated with a shake of his head, “It’s amazing to think that this is where our partnership started. I mean, if it wasn’t for this room- this lab class- we might not have been ‘FitzSimmons’. We could have just been Fitz and Simmons.”

“That’s a horrible thing to think about isn’t it? To never have found each other here at the Academy? To never have found each other at all?” Jemma responded, a frown on her face.

“It sure is,” Fitz said, as he pulled Jemma into his side and placed a kiss on her forehead. “I’m thankful every day that we found each other and became a team.”

And so, sir, we have determined that based on the IR spectrum and the mass spec of this sample that the unknown molecule that we were given is riboflavin.

And, you, Cadet Simmons? Do you agree with Cadet Fitz’s analysis?

Of course, sir. We performed both tests together and we both agree with the conclusion that we have given you.

Excellent work, you two, as always. You both correctly identified the molecule, and in record time. I’ve never seen a lab team work as quickly and as efficiently together as you two do.  It takes most teams the entire lab period to complete this experiment, and you have done it in almost a quarter of the time. Great work, Fitz and Simmons. You know, a lab partnership as effortless and cohesive as yours needs to have a name that reflects that natural unity. What do you say, FitzSimmons?

As they both grew serious, Jemma decided that now was as good a time as any to let Fitz in on her little secret.

“Hey, Fitz?”

“Hmmm?” Fitz responded, his fingers drawing light circles on her shoulder, where she was nestled under the crook of his arm. His eyes still had that far-off look as though he was still lost in a sea of memories.

“Do you ever think about taking over the Academy? Maybe running it together, as directors?” Jemma asked. This was something that shortly after their engagement, they had talked about- a possible way that they could still be closely involved with S.H.I.E.L.D. without the daily worry that their lives would be threatened by a randomly liquifying rock or a psychopathic robot.

Her question seemed to have gotten his attention, as he quickly turned his head down to meet her eyes, his eyebrows quirking up questioningly.

“Ummm, yeah, sure. I’ve thought about it a couple times.” Fitz said. “I mean, who’s to say that we can’t start up a new Academy in Scotland? Once we settle down, move to Perthshire- maybe even start a family- we could consider it more.”

“Start a family?” Jemma questioned, trying to keep her face neutral, not wanting her excitement about where his train of thought was taking him to be evident on her face.

“Yeah, start a family.” Fitz smiled, his eyes looking steadily into hers. “You know maybe in a couple years- two, maybe three years.”

“What about in,” Jemma breathed, unable to keep a smile from forming on her face, “thirty-five weeks?”

Fitz’s eyes immediately widened, his mouth opening slightly in shock. Jemma could see the wheels turning in his brain, the realization dawning on his face. After a few moments of stunned silence, Fitz replied, “Wait. Jemma, are you saying…”

“I’m saying, Fitz, that you and I are going to be parents.” Jemma said, a wide smile filling her features.

As her words sank in, Jemma watched Fitz’s face light up, his smile growing to match hers. “Really?” he questioned.

“Yes, Fitz, really,” Jemma responded, rolling her eyes fondly. “I just took the test this morning. And, then just to be sure, I even ran a blood test on myself in the lab while you were meeting with Coulson. I wanted to be positive before I surprised you.” Jemma responded, unable to keep her giddy smile from her face. “So, surprise!”

Fitz responded by chuckling lightly and pulling her tighter against him as she could practically feel him smiling against her forehead. They stood like that for a few minutes and when Jemma pulled away to meet Fitz’s eyes, she could see that they were slightly misty. She could tell he was excited, but also slightly nervous. In the past couple of months, they had talked together many times about becoming parents and she knew that Fitz had some doubts about becoming a father- especially considering his own childhood. But, Jemma did not have a single doubt in her mind that Fitz would do everything in his power to love and protect this little baby that they had been given. Just like he had always done everything in his power to love and protect her.

“Fitz, you are going to be the most amazing father. There is no one else that I would even think about doing this with. I love you so much.”

“I love you too, Jemma. And, I am nervous about being a dad, but, you know, as long as I’ve got you by my side, I think I can do just about anything. I mean, look where we are standing, Jemma. It’s here where it all started. And, I couldn’t be more grateful for those memories or for the memories that we are bound to make in the future with this little one,” Fitz smiled, his eyes sparkling with unshed tears as they flicked down to her still flat stomach. Jemma could see an overpowering amount of love in his eyes- love both for her and for their unborn child. The sight of it nearly made her heart burst in her chest.  

Fitz leaned down to kiss her then. When he pulled away, he rested his forehead on hers, their smiles lighting up both of their faces. The love for each other and for their baby shining in their eyes. They stood in the dimly lit Chemistry lab for several moments after that, swaying against each other as they whispered hopes and plans for their life ahead of them. And there- amidst the memories of their first partnership, the very beginnings of their friendship- their dreams for their future began to unfold.

[positivederivative]

March 04, 2017 at 10:00PM

Today I Learned: Today is Nature Methods review day! This month's Nature Methods is fantastic. Let me share my favorite highlights, in order of appearance, chosen purely based on my interest: 1) In 2012, IBM held an open challenge to come up with programs that could automatically segment* EM images of neurons. These are extremely difficult images to automatically quantify, which is one the (many) big barriers to eventual whole-brain mapping. The challenge is still open, and this year a team from Heidelberg, Germany sumitted an algorithm with roughly half the error rate of the 2012 winner. Their algorithm is pretty sophisticated. It *starts* with a round of machine learning with either a random forest or a convolutional neural net, which assigns a probability of being a cell border to each pixel in the image. Convolutional neural nets are really powerful, so it makes sense to throw them at the segmentation problem. There is an issue, however, that convolutional neural nets (at least, the kind applied in this algorithm) aren't very good at seeing long-distance relationships in an image, so neural-net-only segmentation is a bit too local. The author's solution is to group pixels into "superpixels" using a watershed algorithm, which produces relatively large regions that are still no larger than a whole neuron (and very likely to be entirely contained within a *single* neuron). Watersheding is a pretty standard segmentation technique, and it's usually pretty good at separating cells but tends to overagressively cut them into multiple segments. The final step in this segmentation algorithm is to try to combine superpixels until they get the best possible region. This is done by treating superpixels as nodes in a graph, with borders between superpixels as edges between the corresponding nodes. Based on the pixels on the border, "attractive" or "repulsive" weights are assigned to the edges -- the more the pixels on a border look like an actual cell border, the more repulsive the weight between the nodes representing the corresponding superpixels. This graph representation gives what's known as the "Lifted Multicut" problem -- I'll have to direct the reader to their paper for the details (http://ift.tt/2lK6P7T, paywalled). In any case, they solve the lifted multicut problem on the graph (approximately -- it's an NP-hard problem), which gives a grouping of superpixels into individual segmented cells. * segmenting, in this case, means finding the borders of cells. 2) This issue features a simulation-based review of RNA-seq* aligners**. Perhaps unsurprisingly, which aligner is best depends a lot on the size and complexity of the genome being seq-ed. Distressingly enough, even the best algorithms in the best conditions rarely breached 90% accuracy. Also distressingly, some of the most popular aligners (tophat, I'm looking at you!) don't perform very well at all using default parameters, though they improve if you tune their parameters well. The best and most consistent aligners seem to be CLC, Novoalign, GSNAP, and STAR. No great surprises there, though I'm pleasantly surprised by how well CLC performs. * Quantitative sequencing of RNA -- basically tells you with very high precision how much of every RNA species is present in a cell or tissue ** Raw RNA-seq data consists of fragments ("reads") of 50-300 bp. Aligners are the programs that map those reads onto known or unknown RNA species. 3) The most distressing, cruel, and ultimately perhaps most important article long-term involves artificially inducing (reversibly!) targeted strokes in mice, using injectible magnetic nanoparticles. You inject the nanoparticles into the bloodstream, then put a magnet near a microvessel feeding some area of the brain. The nanoparticles aggregate in the vessel, closing it off and stroking everything downstream. This is one case where I, despite being generally vegan, wholeheartedly support targeted cruelty in the name of science. About one in twenty people in the US die from strokes. That's a lot of lives. If a few thousand mice with artificial strokes can help prevent just a few percent of those stroke deaths, it will easily make up the difference in suffering in the first year of prevention. There aren't many clearer-cut cases of moral calculus in my experience. 4) Non-amplified whole-genome single-cell sequencing! DNA sequencing today is typically done one of two ways -- either by pooling the DNA from many cells (usually from the same tissue), or by extracting DNA from a single cell and amplifying it with PCR. The former strategy gives much cleaner data, with better genome coverage, but loses information about single-cell variation (which is super important for understanding cancer biology). The single-cell strategy gives you information about cell-to-cell genome variations, but the amplification process can introduce a lot of coverage bias, and can add spurious single-nucleotide variations (SNPs). A team from the University of British Colombia had the bold idea of sequencing from single cells... WITHOUT amplifying! Through a combination of nanoliter volume reactions (done with microfluidics), direct tagging of genomic DNA (not particularly novel), and steel balls (metaphorically), they sequenced a few thousand cells, at a cost of about $0.50/cell and ~2.5 hours/192 cells. They only got about 0.05-0.1x coverage from each sequence run... but they can run a lot of them, which collectively can be used to analyze population variation in, say, a tumor. 5) A University of Freiburg team demonstrated a technique for tracking large-scale conformational changes in protein structure in real-time, using FRET networks. FRET is a technique that takes advantage of the fact that when placed close together, many fluorophores will transfer energy from one to another. So if you watch two fluorophores as they get closer together, they can shift pretty substantially in brightness... which means you can use the relative brightness of two fluorophores as a measure of how close together they are. The authors of this paper tagged a heat shock protein with a bunch of different FRETable fluorophores and watched them all simultaneously, giving them a real-time map of distances between different domains over time. Very cool technique! 6) UC Santa Barbera mechanical engineers, physicists, and biologists came up with a new way to measure mechanical forces in living tissues. Basically, they use ferrofluids (http://ift.tt/1h7q0GS) as a mechanical probe -- apply a changing magnetic field, and the ferrofluid will push against the tissue. By comparing how much the ferrofluid and tissue each deform to what you would expect from the amount of energy added to the ferrofluid, you can back out the internal forces at play in the tissue. 7) A HUGE question in microbiology -- and, indeed, biology at large -- is "what the heck do all those genes do?". Many, many sequenced genes have no known function (example -- until the paper I'm about to describe, 1,275 of the genes in E. coli were "functionally uncharacterized"), and it's notoriously difficult ot figure out what a gene does without some existing hint. Enter The Institute of Molecular Systems Biology in Zürich, and their new technique for identifying enzymes from pools of uncharacterized genes. The technique is almost stupidly simple in its basic principle. Here's what you do: 1) Purify or overexpress a ton of a protein with no known function; 2) Mix up a cocktail of lots of known metabolites found in the cell; 3) Add the protein to the cocktail; 4) Mass-spec the cocktail before and after protein addition to find out how much of each metabolite is there. If you see one molecular species reduced in the protein-added cocktail and another closely-related molecule go up, you can infer that the protein converted the former into the latter. Instant enzyme identification! The tricky part here seems to me to be the mass spec you do. The authors used flow injection time-of-flight mass spectrometry... which as far as I'm concerned, is definitely some kind of mass spec. By screening against about 960 pooled metabolites, they found about 250 new enzymes, with functions. 8) There's a new variant on the old CRISPR-based cell lineage tracing idea*, this one also out Church Lab, Harvard. It's a simple tweak of the idea of introducing a Cas9 target as a mutational hotspot -- the difference here being that they simultaneously target a guide RNA to a genomic target (the "hotspot") and to *itself*. The guide RNA and hotspot then evolve semi-independently. For a couple of different reasons, this gives you a lot more variation in the kind and number of mutations you can see. This technique provides about twice as many bits of identifying information per hotspot as a vanilla CRISPR-based lineage tracking array. * Here's the gist -- say you want to know the ancestry of every cell in an organism, from the fertilized egg to each cell of the adult. One way to get that information is to put the organism under a microscope and watch the whole thing grow -- that's how we mapped the C. elegans cell fate map (that's what developmental biologists call that sort of cellular family tree). It might work for some other species, like early-life fruit flies or zebrafish... but there's no way you're going to be able to trace the cell lineages of every cell in a mouse by microscopy. For one thing, it grows in a womb, so you can't just put it on a slide while it grows. For another thing, a mouse isn't see-through. And finally, it's just too damned big to watch the whole thing with the resolution required to track individual cells. What you *can* do is track mutations in the cells. Cells accumulate mutations as the organism grows, and you can use those mutations to reconstruct a lineage tree the same way evolutionary biologists reconstruct evolutionary trees. As in, it's literally the same thing. Same algorithms, at least. The problem with *that* is that it's pretty difficult to sequence a single cell's genome with enough precision and coverage to catch all of its mutations accurately (though see #4 above for some improvement in that area....), and it would be VERY difficult to do that for every single cell in a large organism. A way to simplify that kind of mutation-tracking is to introduce a mutational hotspot into the organism's genome. If it mutates at the right rate, you can just sequence *that* portion of the genome, which is much, much easier than sequencing the whole thing. A simple form of mutational hotspot is a target for an active CRISPR/Cas9 system -- Cas9 will cut the hotspot, which the cell can repair, but the repair process tends to introduce mutations. 9)

[kflemhealth]

Health Ranger science lab tour: See the liquid handling automation robot from CWC Labs

(Natural News) I’ve been working hard in the lab these last few weeks, scripting liquid handling automation solutions for our new liquid handling robot. This is all part of my groundbreaking work on cannabinoid analysis and quantitation using extremely accurate mass spec instrumentation to quantify the concentration of CBD molecules found in the sample being...

from NaturalNews.com http://ift.tt/2ncgntq via IFTTT

[jarloading603]

Innovision SCSI & RAID Devices Driver Download

CIA Central holds several software contracts throughout the US. Using our volume licensing programs could save your department's budget thousands of dollars. Allow us to help you develop the right licensing programs for your business needs.

Innovision Scsi & Raid Devices Driver Download Windows 7

Innovision Scsi & Raid Devices Driver Download 64-bit

Innovision Scsi & Raid Devices Driver Download Windows 10

Innovision Scsi & Raid Devices Driver Downloads

Innovision SCSI & RAID Devices Driver Download

Innovision works on systems approach, build capacities of INGOs, projects, donors as well as private sector organizations (large, medium and small) to design and implement scalable and sustainable solution. We are helping to solve critical development challenges in South and South East Asia, MENA, Southern Africa and West Africa. Pd702 innovision (ver. 2.3.1, 01 July 2011) Pd70fa. PD Drive kit with drive 13 PD disks SCSI adapter and cable NEC ODX651 001 (ver. 2.0.1, 08 February 2012).

In addition to software, we offer a large selection of hardware and other quality products. Think of CIA Central as your information technology resource. We look forward to working with today and the years to come. Take a look at our hundreds of software and hardware venders below and visit our On-Line Catalog to view all of products.

Software A - Z: # | A | B | C | D | E | F | G | H | I | J | K | L | M N | O | P | Q | R | S | T | U | V | W | X | Y | Z

FEATURED MANUFACTURERS

ADOBE ALTOVA AVTECH SOFTWARE COMPUTER ASSOCIATES KS-SOFT (ADVANCED HOST MONITOR) MCAFEE SYMANTEC To Top ^ 3COM - ESERVICES 3COM - NBX 3COM - NETWORK INTERFACE CARDS 3COM - SWITCHES AND HUBS 3COM - WIRELESS 3COM EXP LA 3DCONNEXION 3DLABS/CREATIVE LABS 3M - OFFICE & STATIONARY DIVISION 3M TOUCH SCREEN 3M VISUAL SYSTEMS DIVISION To Top ^ ABIT COMPUTER CORP. (USA) ACCPAC ACCTON TECHNOLOGY CORP ACD SYSTEMS ACER LATIN AMERICA ACP - EP MEMORY ACP - MEMORY UPGRADES ACTIONTEC ADAPTEC ADAPTEC - DESKTOP ADAPTEC - EMERGING PRODUCTS & ACC ADAPTEC - RAID ADAPTEC - SCSI ADDONICS ADESSO ADIC (ADVANCED DIGITAL INFO. CORP.) ADOBE ADOBE - GLP ADOBE - LATIN AMERICA VLA ADOBE ACADEMIC ELP ADOBE COMMERCIAL VLA ADOBE LA FULL ADOBE LA TLP ADOBE OPEN OPTIONS MEDIA AND DOCS ADOBE UNIX ADOBE- GSA ADS TECHNOLOGIES ADTRAN - ACES SERVICES ADTRAN - TRACER PRODUCTS ADTRAN ACCESSORIES ADTRAN INTERNATIONAL ADTRAN MAINSTREAM PRODUCT ADTRAN TOTAL ACCESS 1500 PRODUCT ADTRAN TOTAL ACCESS 600-850 AEC SOFTWARE AGFA CORPORATION (SCANNERS) AHEAD SOFTWARE AITECH ALACRITECH, INC. ALADDIN SYSTEMS ALERA TECNOLOGIES ALLIED TELESYN, INC. ALTEC LANSING CONSUMER PRODUCTS ALTHON MICRO ALTIRIS ALTIRIS - LATIN AMERICA ALVARION AMAZON IMAGING AMD AMDEK AMERICAN POWER - LATIN AMERICA AMERICAN POWER CONVERSION AMERICAN POWER CONVERSION - CABLES ANTEC ANTEC OEM ANYCOM AOC APEX APPIAN GRAPHICS APPLE APPLE - CONSUMABLES APPLE - CONSUMER SYSTEMS APPLE - OPTIONS APPLE - PRO SYSTEMS APPLE - SOFTWARE APPLE - SOFTWARE LICENSING APPLE - SOFTWARE RETURNS APPLE CTO CONSUMER APRICORN MASS STORAGE ARCHOS TECHNOLOGY ASANTE ASPYR MEDIA AT&T WIRELESS ATEK, INC. ATEN TECHNOLOGIES ATI TECHNOLOGIES ATL ATTACHMATE ATTACHMATE UPGRADE MAINTENANCE ATTO TECHNOLOGY AUTODESK AUTODESK - ARCHITECTURE AUTODESK - HORIZONTAL PRODUCTS AUTODESK - LAND DEVELOPMENT AUTODESK - MANUFACTURING AUTODESK - MAPPING AUTODESK - MECHANICAL AUTODESK - NETWORK LICENCE BUMP AUTODESK - REVIT AUTODESK - VIP SUBSCRIPTION PROG AUTODESK OPEN LICENSE AUTODESK PSG AUTODESK RETAIL PRODUCTS ACADEMIC AVATAR PERIPHERALS, INC. AVAYA INTL AVERATEC INC AVERMEDIA AVERY DENNISON AVOCENT HUNTSVILLE CORP. AVTECH SOFTWARE AXIS COMMUNICATION, INC. AXIS COMMUNICATIONS To Top ^ BANK OF AMERICA BATTERY TECHNOLOGY BELKIN - UPS SPECIAL BELKIN COMPONENTS BENQ BEST DATA PRODUCTS, INC. BEST SOFTWARE - ACAD LICENSING BEST SOFTWARE - ACT! CORPORATE BEST SOFTWARE - ACT! LICENSING BEST SOFTWARE - ACT! MEDIA PACK BLUE COAT SYSTEMS BLUETIE BORLAND BORLAND ACADEMIC BORLAND LICENSING BORLAND LICENSING ACAD BOUNDLESS TECHNOLOGY BROOKTROUT TECHNOLOGY BROTHER INTL (PRINTERS) BROTHER INTL (SUPPLIES) BUSINESS OBJECTS BUSLINK To Top ^ CABLES TO GO CAMINOSOFT CANARY COMMUNICATIONS, INC. CANON CANON - DIGITAL VIDEO CANON - FOR DELL CANON COMPUTER (SUPPLIES) CANON COMPUTER SYS. INC. CANON LASER - CONSUMABLES CANON USA - DIGITAL CAMERAS CANON USA - PRINTERS CANON USA - PROJECTORS CANON USA - SCANNERS CAPTIVA SOFTWARE CORP. CASE LOGIC CASIO CASTELLE CBT SYSTEMS CCI CCI - LICENSING CCI - ONLINE TRAINING CD CYCLONE CD TECHNOLOGY CELESTIX NETWORKS CELESTIX NETWORKS, INC. CENDYNE CENTURY SOFTWARE CERTANCE CERTANCE LLC, DBA SEAGATE RSS CH PRODUCTS CHAINTECH CHANNEL SOURCES DISTRIBUTION CO CHECK POINT SOFTWARE CHIP PC CHIP PC INC CISCO - AVVID CISCO - BOOKS CISCO - CONTENT NETWORKING (NS) CISCO - CONTENT NETWORKING(SPEC) CISCO - DIRECT SHIP CISCO - HIGH END CISCO - HIGH END ROUTER CISCO - LOW MID RANGE ROUTERS CISCO - LRE (LONG REACH ETHER) CISCO - MEXSWITCH CISCO - NETWORK MANAGEMENT(NS) CISCO - REFURB (SPEC) CISCO - SERVICES(ESD) CISCO - STORAGE ROUTERS CISCO - UNITY CISCO - VPN PRODUCTS(NS) CISCO - VPN PRODUCTS(SPEC) CISCO - AIRONET CISCO CHASSIS BASED SWITCHING CISCO REFURBISHED PRODUCT CISCO SERVICES - ASIAPAC CISCO SERVICES - EMEA CISCO SERVICES - JAPAN CISCO SYSTEMS - COMMERCIAL CISCO SYSTEMS PROMO CITIZEN (SUPPLIES) CITIZEN AMERICA CORP. (PRINTERS) CMS PERIPHERALS CNET CNET - LA COLORGRAPHIC COMM. CORP COMMAND COMMUNICATIONS COMPAQ COMPAQ - BUSINESS STORAGEWORKS COMPAQ - DESKTOP OPTIONS COMPAQ - DESKTOPS COMPAQ - ENTERPRISE STORAGE COMPAQ - NETWORKING COMPAQ - NOTEBOOKS COMPAQ - PALMTOPS COMPAQ - SERVER OPTIONS COMPAQ - SERVERS COMPAQ - SERVICES COMPAQ - SMARTSTART COMPAQ - SUPPLIES COMPAQ - WORKSTATIONS COMPAQ BUSINESS STORAGEWORKS COMPAQ SERVICES HARDCOPY COMPAQ-IPG (NETWORTH) COMPEX COMPUSA COMPUTER ASSOCIATES COMPUTER ASSOCIATES - LA COMPUTER ASSOCIATES - OLP/MLP LICS COMPUTER ASSOCIATES - RETAIL COMPUTER CITY COMPUTER EDUCATION SERVICES COMTROL CORP. CONFIG 4 CONFIG 6 CONFIG KIT CONNECTPRO COREL COREL - ACADEMIC FREEDOM LICENSING COREL - ACADEMIC UNIVERSAL LICENSIN COREL - CORP FREEDOM LICENSING COREL - CORP UNIVERSAL LICENSING COREL - GOVT COREL - OEM COREL - WORDPERFECT COREL LICENSING ACADEMIC COREL LICENSING COMMERCIAL COREX TECHNOLOGIES (SCANNERS) CORNEA SYSTEMS CORNERSTONE CREATIVE LABS CREATIVE LABS - OEM CREATIVE LABS - SPEAKERS CRU CRUCIAL TECHNOLOGY CTX CUE CYBER ACOUSTICS CYBERLINK USA - ESD To Top ^ D-LINK SYSTEMS INC DANTZ - LICENSING DANTZ DEVELOPMENT CORPORATION DATARAM DATASTOR DATAVIZ DATAWATCH DATAWATCH - LICENSING DELKIN DEVICES DENEBA DETTO DETTO TECHNOLOGIES DIGI INTERNATIONAL DIGITAL EQUIP CORP - PRINTERS & TER DIGITAL EQUIP CORP NETWORKING DIGITAL EQUIPMENT PC DIGITAL EQUIPMENT SOFTWARE DISCREET DOLCH INTEGRATED 7750 DOUBLECASE CORPORATION DPI DYMO DYMO CORPORATION To Top ^ EDGE MEMORY - PERIPHERAL EEYE DIGITAL SECURITY EIDOS INTERACTIVE EIZO BY NANAO ELECTROVAYA ELITEGROUP COMPUTER SYSTEMS EMEDIA CORPORATION ENFOCUS - COMMERCIAL LIC ENFOCUS SOFTWARE ENLIGHT ENSURE TECHNOLOGIES ENTERASYS NETWORKS ENTERASYS-SERVICES EPSON EPSON - ACCESSORIES

Innovision Scsi & Raid Devices Driver Download Windows 7

EPSON - CONSUMABLES EPSON - DOT MATRIX EPSON - EXP LA EPSON - EXTENDED SERVICE PLAN EPSON - INK JETS EPSON - LARGE FORMAT EPSON - PHOTO IMAGING EPSON - PROJECTORS EPSON LARGE FORMAT SUPP& ACCES EQUILIBRIUM EQUILIBRIUM ACADEMIC EQUINOX EQUISYS INC ESKER ESOFT EXABYTE EXABYTE - SSP EXABYTE LIBRARIES EXABYTE LTO EXABYTE MEDIA EXABYTE VXA EXABYTE/IMATION MEDIA EXECUTIVE SOFTWARE - ACADEMIC EXECUTIVE SOFTWARE INTERNATIONAL EXECUTIVE SOFTWARE LICENSING EXECUTIVE SW ACDEM LIC EXPERT SOFTWARE EXTENSIS EXTENSIS ACADEMIC EZ DUPE To Top ^ F5 - HARDWARE F5 - SERVICES F5 - TRAINING F5 NETWORKS FARGO ELECTRONICS (PRINTERS) FELLOWES FILEMAKER FILEMAKER INC. ACADEMIC FILEMAKER INC. EVLA FILEMAKER INC. VLA (FORMERLY CLARIS FLUKE NETWORKS FLUKE NETWORKS ENTERPRISE FOCUS ENHANCEMENTS FORTE FOSSIL INC. FOXLINK PERIPHERALS FRACTAL DESIGN ACADEMIC FRAMEWORKS SYSTEMS ENGINEERING FREECOM FRONTRANGE

Innovision Scsi & Raid Devices Driver Download 64-bit

FRONTRANGE - LICENSING FUJI PHOTO FILM FUJI PHOTO FILM USA INC FUJITSU - MOBILE FUJITSU - OPTICAL FUJITSU - SCSI FUJITSU IMAGING (SCANNERS) FUJITSU SERVICES FUNK SOFTWARE To Top ^ GCC TECHNOLOGIES (SUPPLIES) GENICOM (SUPPLIES) GLOBAL HAURI INC. GLOBAL MARKETING - KIDZMOUSE GLOBAL MARKETING - QUICK EAGLE GLOBAL MARKETING - SEASONIC USA GLOBAL MARKETING - UNIBRAIN GLOBAL MARKETING PARTNERS GLOBAL MARKETING PARTNERS - ESD GN NETCOM GOOD TECHNOLOGY FOR DELL GRIFFIN TECHNOLOGY GYRATION To Top ^ HANDMARK HANDSPRING HARMAN MULTIMEDIA HAUPPAUGE HAVAS HAWKING TECHNOLOGIES HEMERA TECHNOLOGIES HEWLETT PACKARD HEWLETT PACKARD - CTO HEWLETT PACKARD - DAT 3C HEWLETT PACKARD - DESK JETS HEWLETT PACKARD - DESKTOPS HEWLETT PACKARD - DIRECT CONNECT HEWLETT PACKARD - DVD WRITER KX HEWLETT PACKARD - EXP LA SUPPLIES HEWLETT PACKARD - INK SAP HEWLETT PACKARD - INTL (SAP) HEWLETT PACKARD - ITANIUM HEWLETT PACKARD - ITANIUM BTCO HEWLETT PACKARD - LA ESG HEWLETT PACKARD - LA IPG HEWLETT PACKARD - LA PSG HEWLETT PACKARD - LASER ACCES HEWLETT PACKARD - LASER JET TONERS HEWLETT PACKARD - LASER JETS HEWLETT PACKARD - MEDIA 7A HEWLETT PACKARD - MEDIA SAP HEWLETT PACKARD - MONITORS HEWLETT PACKARD - NAS/SAN 1Y HEWLETT PACKARD - NETWORKING 6H HEWLETT PACKARD - OMNIBOOK OPTIONS HEWLETT PACKARD - PALMTOPS HEWLETT PACKARD - PLOTTERS HEWLETT PACKARD - PROJECTORS HEWLETT PACKARD - REFURB HEWLETT PACKARD - SCANNERS HEWLETT PACKARD - SERVICES HEWLETT PACKARD - SERVICES (SAP) HEWLETT PACKARD - VECTRA OPTIONS HEWLETT PACKARD - WORKSTATIONS HEWLETT PACKARD JUKEBOXES/LIB HEWLETT PACKARD UNIX HEWLETT PACKARD UNIX EDUCATION HEWLETT PACKARD- VALUE OMNIBOOK HITACHI AMERICA - LTD MONITORS HITACHI DISPLAYS - CORNERSTONE HITACHI GLOBAL STORAGE - EIDE HITACHI GLOBAL STORAGE - MICRO HITACHI GLOBAL STORAGE - MOBILE HITACHI GLOBAL STORAGE - SCSI HITACHI GLOBAL STORAGE TECH HP - STOR CATS HP PROLIANT SERVER OPTIONS HP PROLIANT SERVERS HUMAN CONCEPTS HUMMINGBIRD LTD HUMMINGBIRD TVL HYPE TECHNOLOGY INC. To Top ^ I DATA IBM - AAP IBM - ADAPTERS & MODEMS IBM - DESKTOP OPTIONS IBM - DESKTOPS IBM - PRINT MEDIA IBM - PRINTER SUPPLIES PFS IBM - SAN OPTIONS IBM - SERVER OPTIONS IBM - SERVER X440 IBM - SERVERS IBM - SERVICE PACS IBM - SERVICES IBM - THINKPAD OPTIONS IBM - THINKPADS IBM - WORKSTATIONS IBM COMPACT FLASH MEMORY IBM EXPRESS IBM IMPACT LINE (PRINTERS) IBM INTL IBM MONITORS IBM PRINTING SYSTEMS (PRINTERS) IBM SOFTWARE IBM SOFTWARE LOTUS SOFTWARE IBM SSG IBM/LOTUS INFORMIX PASSPORT ACAD IBM/LOTUS PASSPORT ADV A-C IBM/LOTUS PASSPORT ADV I-J IBM/LOTUS PASSPORT ADV TCO IBM/LOTUS TIVOLI INFORMIX ANCHOR IBM/LOTUS TIVOLI INFORMIX DOC/MEDIA IBM/LOTUS TIVOLI INFORMIX ELA IBM/LOTUS TIVOLI INFORMIX GOV IDENTIX IGO - ACCESSORIES IGO - BATTERIES IM DROPPED VENDORS IMATION CORPORATION IMC NETWORKS CORP. IMSI SOFTWARE PUBLISHING IMSI VLP INDIVIDUAL SOFTWARE INETCAM INFO USA INFOCUS INFORMATICS INFORMIX PASSPORT ADV D-J INGRAM MICRO (DELL REVERSE LOGIS) INGRAM MICRO - CATALOG INGRAM MICRO LTD, CANADA INGRAM MICRO PARTNER EDUCATION INGRAM MICRO SERVICE NETWORK INNOVATION FIRST INTEL INTEL - ESG INTEL - EXP LA INTEL - MOTHERBOARDS INTEL - NETWORK MANAGEMENT SW INTEL - NETWORKING INTEL- DIALOGIC INTEL- XIRCOM INTEL-SHIVA INTERLINK ELECTRONICS INTERNATIONAL RELIANCE CORP INTRUSION.COM INTUIT INTUIT ACADEMIC IOGEAR IOMEGA IOMEGA - NAS IOMEGA - ZIP IOMEGA - ZIP MEDIA IPC COMMUNICATION SERVICES IPSWITCH IROCK ISI RESEARCHSOFT To Top ^ JASC JASC - LICENSE JATON JES HARDWARE SOLUTIONS, INC. JP MOBILE OPERATING To Top ^ KDS USA KENSINGTON TECHNOLOGY GROUP KENTROX KEYSPAN KEYTRONIC KINGSTON - VALUE RAM KINGSTON NON-MEMORY KINGSTON TECHNOLOGY (MEMORY) KNOWLEDGEPOINT KODAK KONICA MINOLTA - SERVICES KONICA MINOLTA - SUPPLIES KONICA MINOLTA PRINTING KOSS HEADPHONES To Top ^ LABTEC LABTEC OEM LACIE LANDESK LANDWARE LANTRONIX LAPLINK LAPLINK SOFTWARE-LICENSING LEGATO LEVEL 9 SOUND DESIGNS INC LEXAR MEDIA INC LEXMARK LEXMARK - BPD SUPPLIES LEXMARK - SERVICES LEXMARK ACCESSORIES LEXMARK DOT MATRIX LEXMARK INKJETS LEXMARK LASERS LEXMARK SUPPLIES LG ELECTRONICS LG ELECTRONICS - OPTICAL STORAGE LIEBERT - FOUNDATION LIEBERT - NFINITY LIEBERT - SOFTWARE/COMMUNICATIONS LIEBERT - WARRANTY/SERVICE LIEBERT CORP - POWERSURE LIEBERT CORP - UPSTATION LIFEVIEW INC LIND ELECTRONICS LINKSYS GROUP, INC. LITE-ON IT CORP. LOGITECH LOGITECH (OEM) LOGITECH INTERNATIONAL LOTUS (NOTES) LSI LOGIC To Top ^ M-SYSTEMS MACACADEMY MACE GROUP - MACALLY MACROMEDIA MACROMEDIA - NP LICENSE MACROMEDIA - SERVER COMMERCIAL MACROMEDIA - SERVER EDUCATION MACROMEDIA - VLO MACROMEDIA ACADEMIC MACROMEDIA ACADEMIC VLA EVLP MACROMEDIA INTL MACROMEDIA-TLO-EDUCATION MACROMEDIA-TLO-GOVT MADGE - OLICOM TOKEN RING MADGE LIMITED MADGE NETWORKS MAG INNOVISION MARGI SYSTEMS MARK CONTAINER CORPORATION MATHSOFT ENGINEERING & EDUCATION MAXELL MAXTOR MAXTOR - RETAIL MAXTOR - SCSI MAXUS GROUP MEMOREX MERANT MERIDIAN DATA MICRO CONNECTORS MICRO INNOVATIONS MICRO SOLUTIONS MICROFRAME RESOURCES MICROSOFT MICROSOFT - INTL EXP MICROSOFT - INTL EXP MOLP MICROSOFT - INTL EXP OEM SOFTWARE MICROSOFT - SA MEDIA

MICROSOFT ACADEMIC MICROSOFT ACADEMIC MOLP MICROSOFT CAMPUS AGREEMENT MICROSOFT GREAT PLAINS MICROSOFT HARDWARE MICROSOFT LICENSE AGG BUS MICROSOFT LICENSE AGGREGATOR VOLUME PC GUARDIAN MICROSOFT NFR MICROSOFT OEM SOFTWARE MICROSOFT OPEN ACADEMIC MICROSOFT OPEN BUSINESS MICROSOFT OPEN CHARITY MICROSOFT OPEN GOVERNMENT MICROSOFT OPEN VALUE LIC ENT-ANNUIT MICROSOFT OPEN VALUE LIC-ANNUITY MICROSOFT OPEN VOLUME MICROSOFT PRESS MICROSOFT PRESS SPECIAL MICROSOFT SCHOOL AGREEMENT MICROSOFT UNRETURNABLE MICROSOFT WWF MICROTEK MICROTEK (SCANNERS) MILAN TECHNOLOGY MIND PATH TECHNOLOGIES MINOLTA MINUTEMAN UPS MIRAMAR SYSTEMS ACADEMIC MIRAMAR SYSTEMS INC MITSUBISHI (PERIPHERALS) MKS MKS - VOLUME LICENSING MOBILITY ELECTRONICS (IGO) MODULAR INDUSTRIAL COMP MOTION SYSTEMS MSE MSI COMPUTER MULTI-TECH SYSTEMS MULTIACTIVE SOFTWARE, INC. MYLEX MYOB US To Top ^ NAI CONSULTING DV 7737 NAI CONSULTING NV 7748 NAI GSA GOV PARTS NAI GSA-IDIQ TRAINING/CONSULTING NAI INSTITUTIONAL LICENSING NAI INSTITUTIONAL TRAINING/CONSUL NAI MAGIC LICENSE 9809 NAI MAGIC PRIME SUPPORT 7740 NAI MCAFEE ASAP 7267 NAI MCAFEE ASAP E500 LIC 7734 NAI MCAFEE E-PPLIANCE 3116 NAI MCAFEE MULTI-NODE LIC 5003 NAI MCAFEE PRIME SUPPORT 9991 NAI SNIFFER MMI HARDWARE 8775 NAI SNIFFER PRIME SUPPORT 7736 NAI SNIFFER TRAINING NV 7742 NAI SPAMKILLER - COMMERICIAL NAI SPAMKILLER - GSA AND IDIQ NAI SPAMKILLER - INSTITUTIONAL NAI TRAINING NV 7741 NCD/NETWORK COMPUTING DEVICES NEC - ACCESSORIES NEC - CTO SERVERS NEC - NOTEBOOKS NEC - SUPPLIES NEC - VSD NEC / MITSUBISHI NEC AMERICA CNG - PBX NEOWARE SYSTEMS NEOWAVE INTERNATIONAL (DT) NETARX NETG NETGEAR NETIQ (MARSHAL) NETIQ - INFRASTRUCTURE MGMT NETIQ - OPEN NETIQ - SECURITY MANAGEMENT NETIQ-WEBTRENDS NETMANAGE LEGACY NETMANAGE VOLUME LICENSING NETOPIA NETPHONE, INC. NETSCAPE - LICENSING NETSCREEN - SUPPORT NETSCREEN 500 NETSCREEN TECHNOLOGIES NETSCREEN TECHNOLOGIES, INC NETSCREEN-NEOTERIS SSL NETWORK ASSOCIATES VLA PROGRAM NETWORK ASSOCIATES/MCAFEE ACAD NETWORK ASSOCIATES/MCAFEE RETAIL NETWORK EDUCATION CENTERS, INC. NEWTECH INFOSYSTEMS NEWTEK ACADEMIC NEWTEK, INC. NIKON (SCANNER & DIGITAL CAMERAS) NOBLE ENTERPRISES, LTD. NOKIA NOLO PRESS NOMADIX NAI SNIFFER HW/SW BNDL 6425 NORTEL NETWORKS (GROUP S) NORTEL NETWORKS (REMAN) NORTEL NETWORKS DATA - INTL NORTEL NETWORKS VOICE - INTL NOVA DEVELOPMENT NOVASTOR CORPORATION NOVELL NOVELL - CLA LICENSING NOVELL - CLA PREMIUM SERVICES NOVELL - ELD CLA CORP NOVELL - ELD VLA NOVELL - ELD VLA ACADEMIC NOVELL - ELD VLA GSA NOVELL - SUBSCRIPTION PROGRAM NOVELL - VLA ACADEMIC LICENSING NOVELL - VLA LICENSING NOVELL - VLA PREMIUM SERVICES NOW SOFTWARE To Top ^ OFFICE SECURITY, INC OKIDATA - ACCESORIES OKIDATA - DOT MATRIX OKIDATA - PRINTERS OKIDATA INTERNATIONAL OKIDATA SERVICES OKIDATA SUPPLIES OLYMPUS AMERICA INC OMNITRON SYSTEMS ONE MIND CONNECT (DT) ONSTREAM - DRIVES OPENCONNECT OPTOMA TECHNOLOGY ORANGE MICRO OSICOM TECHNOLOGIES /RIXON NW OVERLAND STORAGE To Top ^ PACIFIC DIGITAL PALMONE - INTL PALMONE ACCESSORIES PALMONE, INC. PALO ALTO SOFTWARE PANAMAX PANASONIC PANASONIC - CD SUPPLIES PANASONIC - RUGGED PANASONIC COMPUTERS PANASONIC LA PANASONIC MULTIMEDIA PANASONIC OPTICAL (CID) PANASONIC SYSTEM SALES PC WAVE PEACHTREE PEARSON EDUCATION PERIPHERAL-EDGE MEM BRANDED PERIPHERAL-EDGE MEM GENERIC PERLE SYSTEMS PERVASIVE SOFTWARE PGP PGP - DOC MEDIA PHAROS PHILIPS PHILIPS - PROJECTORS PHILIPS PC PERIPHERALS PHOENIX TECHNOLOGIES PICTURETEL CORPORATION PINNACLE SYSTEMS PLANTRONICS INC PLATINUM TECHNOLOGY PLAY INCORPORATED PLEXTOR PNY MEMORY PNY VIDEO GRAPHICS POLYCOM POLYCOM AUDIO POLYCOM DEMO PROGRAM POLYCOM VIDEO POLYCOM VOIP POLYCOM(ACCESS,SW,AUD4) POWERFILE INC. POWERQUEST - VLA PROGRAM POWERQUEST ACADEMIC POWERQUEST CORP. POWERWARE PRIMAVERA SYSTEMS, INC. PRIMERA TECHNOLOGY (PRINTERS) PRINCETON GRAPHICS PRIORITY ONE DISTRIBUTION PROCREATE PROCREATE - ACADEMIC PROMISE TECHNOLOGY PROTEON PROVIEW TECHNOLOGY PROXIM PROXIM, INC. PROXIMA PUMATECH PUMATECH LICENSING To Top ^ QUANTUM QUANTUM - ATL MEDIA & ACCS QUANTUM - ATL P SERIES QUANTUM - ATL SERVICE PRODUCTS QUANTUM - DLT QUARK To Top ^ RARITAN COMPUTER RATOC SYSTEMS INTERNATIONAL RED HAT RED HAT SOFTWARE RHINOSKIN BY SAUNDER RHINOTEK COMPUTER PRODUCTS RICOH LASER (PRINTERS) RICOH PERIPHERALS (SCANNERS) RIVERDEEP ROXIO ROXIO (LICENSING) To Top ^

SAMSUNG (PRINTERS) SAMSUNG INFORMATION SYSTEMS SAMSUNG INFORMATION SYSTEMS AMERICASONY SAMSUNG SEMICONDUCTOR SANDISK CORPORATION SARCOM - BANC ONE SAYSON TECHNOLOGIES SCANSOFT SCANSOFT ACADEMIC SCM MICROSYSTEMS SCO - ACADEMIC SEAGATE - EIDE SEAGATE - SCSI SEAGATE/CONNER RAID SEASIDE SURPLUS SECOND SOURCE - HEWLETT PACKARD SECURE COMPUTING SEIKO (SMART LABEL PRINTERS) SHARP ELECT - PORTABLE COMPUTERS SHARP ELECTRONICS SHARP ELECTRONICS (CONSUMABLES) SHARP ELECTRONICS (PROJECTORS) SHARP ELECTRONICS - ACCESSORIES SHARP ELECTRONICS - PRINTERS SHARP SYSTEMS OF AMERICA SIEMENS/ EFFICIENT NETWORKS SIERRA WIRELESS DATA, INC SIGMA DESIGNS SIIG, INC. SIMPLETECH - FLASH SIMPLETECH - GENERIC SIMPLETECH - HARD DRIVES/PERIPH SIMPLETECH - PROPRIETARY SIPIX SMART MODULAR - MEMORY SMART MODULAR GENERIC SMART MODULAR TECHNOLOGIES SMARTDISK SMARTEK SMC SNAP APPLIANCE SNAPGEAR (DT) SOCKET COMMUNICATIONS SOFTSKILLS SOFTWARE SPECTRUM SONICWALL - HARDWARE SONICWALL - NFR SONNET TECHNOLOGIES SONY - CLIE SONY - LA SONY - PROJECTORS SONY - VAIO SONY - VAIO ACCESSORIES SONY BIOMETRICS SONY COMPUTER PERIPHERALS SONY CORPORATION - RECORDING MEDIA SONY ELECTRONICS VIDEO SONY IMAGING SPARX SYSTEMS SPEAKEASY SPECIAL PROJECTS SPINNAKER SOFTWARE STALLION TECH BY LANTRONIX STALLION TECHNOLOGIES STARTECH.COM STEPHEN GOULD STORCASE BY KINGSTON TECHNOLOGY SUN - ENT SERVERS SUN - STORAGE SUN MICROSYSTEMS - EOL SUPERMICRO SUPERMICRO COMPUTER, INC SYBASE SYBASE - IAD SYBASE - IAD DIRECTS SYBASE - MEC SYMANTEC SYMANTEC - ACADEMIC SYMANTEC - ACADEMIC APPLIANCE LIC SYMANTEC - ACADEMIC LICENSING SYMANTEC - ACADEMIC VALUE LICENSING SYMANTEC - APPLIANCE SYMANTEC - AXENT LICENSING SYMANTEC - ESM SYMANTEC - EXP LA SYMANTEC - EXP LA LICENSING SYMANTEC - GLOBAL LICENSING SYMANTEC - ITA SYMANTEC - OEM SYMANTEC - SEF SYMANTEC - SPECIAL BUNDLES SYMANTEC - VALUE LICENSING SYMANTEC ACAD SGS APP LIC SYMANTEC ACADEMIC AXNET SYMANTEC ELITE LIC PROGRAM COMMIT SYMANTEC ELITE LIC PROGRAM SYMANTEC GOVERNMENT SYMANTEC GOVT APPLIANCE SYMANTEC GOVT SGS APP LIC SYMANTEC SGS APP LICENSING SYMANTEC VALUE PROGRAM ACADEMIC SYMANTEC-ESM ACADEMIC SYMANTEC-ESM GOVT SYMANTEC-GOVERNMENT LIC SYMANTEC-ITA ACADEMIC SYMANTEC-ITA GOVT SYMANTEC-SEF ACADEMIC SYSKONNECT To Top ^

TALLY TALLYGENICOM LP (PRINTERS) TAMRAC TANDBERG DATA/INOSTOR TAPEWARE/YOSEMITE TARGUS TDK MEDIA TEAC TECH DATA (DELL REVERSE) TECHWORKS INC. TEKTRONIX/XEROX LATIN AMERICA TELEX THURSBY SOFTWARE TIMESOFT TIMEWORKS TIVOLI PASSPORT ADV CERT A-J TOSHIBA - ACADEMIC TOSHIBA - DISK PRODUCTS DVD TOSHIBA - IMAGING SYSTEMS TOSHIBA - NETWORKING TOSHIBA - NOTEBOOK ACCESSORIES TOSHIBA - PROJECTORS TOSHIBA - SERVERS TOSHIBA - SERVICES TOSHIBA INTERNATIONAL TOSHIBA SYSTEMS TOUCHSTONE - ESD TRANSITION NETWORKS TREND MICRO TRENDWARE INTERNATIONAL TRIPP LITE TROY WIRELESS TSC TURTLE BEACH SYSTEMS TUT SYSTEMS INC TYAN To Top ^ ULEAD - ACADEMIC ULEAD - ESD ULEAD SYSTEMS US ROBOTICS - BRANDED DESKTOP To Top ^ V-COMMUNICATIONS V-COMMUNICATIONS LICENSING VEO VERBATIM CORPORATION VERICEPT CORP. VERITAS VERITAS - NSMG CONTRACT LICENSING VERITAS - VIP MEDIA/DOC KITS VERITAS ENTERPRISE VERITAS- COMMERCIAL TRAINING VERITAS- COMMERCIAL VIP VERITAS- ENT TRAINING/CONSULTING VICTORY MULTIMEDIA VIEWSONIC VIKING - PROPRIETARY MEMORY VIKING GENERIC MEMORY VIRTUAL INK VISIONEER (SCANNERS) VIXEL VMWARE VMWARE CONSIGNMENT VTECH COMMUNICATIONS To Top ^ WACOM WACOM ACADEMIC WATCHFIRE - WEB CPO WATCHGUARD TECHNOLOGIES WATCHGUARD TECHNOLOGIES, INC WESTERN DIGITAL WESTERN DIGITAL - RETAIL WISE SOLUTIONS WIZCOM TECHNOLOGIES WIZMO WRQ WRQ - VPA WYSE TECHNOLOGY (GPT) WYSE TECHNOLOGY (WINTERM) To Top ^ XEROX - COLOR PRINTER SUPPLIES XEROX - COLOR PRINTERS XEROX - MONO PRINTER SUPPLIES XEROX - MONO PRINTERS XFX XIRCOM XORA

Innovision Scsi & Raid Devices Driver Download Windows 10

XSENSE MACSENSE CONNECTIVITY To Top ^

Innovision Scsi & Raid Devices Driver Downloads

YAMAHA To Top ^ ZEBRA TECHNOLOGIES (PRINTERS) ZONET

Innovision SCSI & RAID Devices Driver Download

ZOOM TELEPHONICS ZOOM/HAYES ZOYTO ZYXEL To Top ^

Add pliz RTCW tests in its review. Curiously, S3’s legacy drivers page has no generic drivers at all for Savage 2K. According to paragraphs 2 and 8 – which BIOS and firewood tried? I virus scanned them and archived it all up. That is, if the reference – mr F.

Ioi driver. 1 driver categories 11 drivers Last updated: Nov 6th 2014, 03:18 GMT Latest driver downloads from IOI: ASUS BP1AE IOI CardReader Driver 2.1.0.0 for XP/Windows 7.

Uploader:KazrazilDate Added:26 August 2018File Size:14.55 MbOperating Systems:Windows NT/2000/XP/2003/2003/7/8/10 MacOS 10/XDownloads:29061Price:Free* (*Free Regsitration Required)

Tried different wood versiy- only works with relatives 8.

Free mortara instrument eli pc software download software at UpdateStar - 1,746,000 recognized programs - 5,228,000 known versions - Software News. HScribe is a high-speed, PC-based Holter system with tools to analyze, review, edit, and generate results for Holter ECG data. Used in conjunction with Mortara Instrument’s H3+™ and H12+™ digital Holter recorders, HScribe provides full-disclosure data for arrhythmia analysis and incorporates Mortara Instrument’s exclusive VERITAS™ ECG algorithms for superior beat detection, atrial. Vision Series Holter Software from Mortara Mortara uses the Vision series Holter analysis software that is well known in the industry from its predessor Burdick. The Vision series Holter analysis software has many advanced anaylsis features to generate accurate Holter reports for cardiology & hospital settings. Mortara instrument driver download. Mortara Instruments Mortara Instruments was founded by David W. Mortara, PhD back in 1982. Mortara Instrument has evolved over decades to be a successful company in the ambulatory cardiac monitoring industry with a low cost device that is simple in use. Mortara Instrument has created several generations of quality ECG monitoring devices and analysis programs.

So you can just ditch card. The image on two monitors with different resolution overlap mode NVidia GT: Reply 26 – Last edited by Exreme on If the rolls – safe mode, or else – me. I bet that it would be a better experience than even faster cards stuck on the D3D driver.

Board index All times are UTC. The Savage4 series’ single cycle trilinear filtering and S3TC texture compression created a 3D card with exceptional image quality.

S3 Savage – Wikipedia

This is not a firmware. Reply 29 – Users browsing this forum: It’s probably similar to what Glide gets you with a Voodoo compared to D3D. Yes, still – try all the same, and if it does not help, 8. Question have a subject – any wood and the BIOS version is best for this.

Моя коллекция видеокарт. Шестая часть — S3 Graphics.

The S3 articles were really bare not popular like say 3dfx so I filled in the Virge and Savage articles. Which also is evident from the connector itself. The latest BIOS and firmware here http: Home Help Search Login. They added single-pass multi-texturing, meaning the board could sample 2 textures per pixel in one pass not one clock cycle through the rendering engine instead of halving its texture fillrate in dual-textured games like Savage 3D.

Details are as follows: Thanx – I sent you a P. There is no material that is knowingly illegal here. Unfortunately for S3, deliveries of the Savage3D were hampered by poor manufacturing yields.

Not only that, but S3TC allowed these much higher quality textures to be rendered with negligible performance impact. I tried it with Quake 3 and couldn’t feel a speed change but there were graphics issues that appeared.

Remove the acceleration, if it is not removed. I dont know who buys cards from them these days.

Drivers – reference 8. But the idea – nothing wrong with that. S3’s yield problems forced Hercules to hand pick usable chips from the silicon wafers. Also it doesn’t like vertex arrays in GL either as much as other cards, causing some normals to break up as unintended such as in their favorite game, Quake III Arena and some glColor calls getting more saturated primary colors than the real color it tried to use.

Retro S3 Savage 4 AGP Video Card 16mb With DFP Support PN 144307-001

Google (Bot)MMaximus and 13 guests. Always a message – error in ekzk file. VIA Technologies x86 processors. I also wanted to try out Unreal Gold but didn’t see a way to get it to work with S3 Metal so I gave up.

Runners are other figures Why?

Related Drivers

[poojaranjane301-blog]

Molecular Spectroscopy Market Growth Factors, Types, Future Demand and Growth Analysis

New Report on “Global Molecular Spectroscopy Market” added to databridgemarketresearch.com database. The report covers the market landscape and its growth prospects over the coming years. The report also includes a discussion of the key vendors operating in this market.

This report by DBMR research brings to you all the businesses profiles required to be within the competition for the worldwide molecular spectroscopy market. With the assistance of SWOT analysis the report tells you regarding all the market restrain and drivers to be followed within the forecast amount of 2018-2025 whereas additionally explaining what the molecular spectroscopy Market definition, classifications, applications, and engagements square measure and providing with all the figures of CAGR levels within the historic year 2016, base year 2017 and forecast year 2018-2025.

Download PDF Sample copy of Report @ http://databridgemarketresearch.com/request-a-sample/?dbmr=global-molecular-spectroscopy-market

Top Competitors Analysis:

Bruker

Thermofisher Scientific

Agilent Technologies

Some of the major players operating in the global molecular spectroscopy market are ABB, Avantes, Block Engineering, Carl Zeiss Spectroscopy GmbH, Cobalt Light Systems Ltd, Galaxy Scientific, Gasera, Ibsen Photonics, Industrial Test Systems, Inc., Kaiser Optical Systems, Inc., Keit Spectrometers, Magritek, EMD Millipore Corporation, PerkinElmer Inc., Raptor Photonics PLC, Shimadzu Corporation, Spectral Evolution, Viavi Solutions, WITec GmbH, B&W Tek, StellarNet, Si-WareSystems, Foss, Jasco, Inc. and, Jeol Ltd. among others.

Bruker:

Bruker Corporation was incorporated in 1960 and is headquartered in Billerica, U.S. The company manufactures scientific instruments to focus on the needs of customers in the life science, pharmaceutical, biotechnology,clinical and molecular diagnostics research, as well as in materials and chemical analysis in various industries and government applications. The company’s technology platforms include magnetic resonance technologies, mass spectrometry technologies, gas chromatography technologies, X-ray technologies, spark optical emission spectroscopy, atomic force microscopy, stylus and optical metrology technology, and infrared and Raman molecular spectroscopy technologies.

Recent Developments:

In May 2016, Bruker launched the EMX nanosystem at the 56th annual Experimental Nuclear Magnetic Resonance Conference(ENC). EMXnano is the first high-performance benchtop EPR (electron para magnetic resonance) instrument, making research-grade EPR capabilities accessible to a broader range of scientists.

In April 2015, Bruker launched the compact research grade Raman microscope SENTERRA II replacing the successful former model SENTERRA. The SENTERRA II defines a new level of performance and user friendliness inits class of compact Raman microscopes.

In March 2015, Bruker launched the first next generation,hand-held Raman spectrometer with patented fluorescence mitigation SSE (Sequentially Shifted Excitation) Bravo.

Thermofisher Scientific:

Thermo Fisher Scientific, Inc. was founded in the year 2006 through the merger of Thermo Electron and Fisher Scientific. It is headquartered at Waltham, U.S. Thermo Fisher Scientific, Inc. provides analytical instruments,equipment, reagents and consumables, software and services for research, analysis, discovery and diagnostics.

Recent Developments:

In May 2016, Thermo Fisher Scientific, Inc. announced the launch of its new Nicolet iS5NFT-NIR spectrometer. This spectrometer has allowed the company to target small business owners, technicians, laboratory managers and method developers, as this product is designed to bring rapid and reliable analysis for quality control and material verification.

In May 2016, Thermo Fisher Scientific, Inc.announced the launch of its new NanoDropOne and NanoDropOneC UV-Vis microvolumespectrophotometers. This spectrometer has allowed the company to target Life scientists who work with DNA, RNA and proteins, as this product help them to make educated decisions about sample suitability.

In May 2016, Thermo Fisher Scientific, Inc.announced the launch of its new GENESYS 30visible-range spectrophoto meter. This spectrometer has allowed the company to target lab managers and instructors looking for ease of operation and superior photometric performance in a single instrument.

Agilent Technologies:

Agilent Technologies provides core bio-analytical and electronic measurement solutions to the life sciences, chemical analysis, communications and electronics, diagnostics and genomics industries.

Recent Developments:

In June 2016, Agilent Technologies launched new solutions for pharma, biopharma, metabolomics and environmental researchers across mass spec portfolio.

In May 2016, Agilent Technologies introduced new atomic spectroscopy platform for multiple analytical applications.

In April 2015, Agilent Technologies Inc. Introduced the Agilent 6545 Q-TOF mass spectrometry system, designed to provide added sensitivity for routine analyses.

Any Query? Inquire before buying Visit @ http://databridgemarketresearch.com/inquire-before-buying/?dbmr=global-molecular-spectroscopy-market

Segmentation of Global Molecular Spectroscopy Market

Technology

Type

Application

Geography

TABLE OF CONTENTS

INTRODUCTION

MARKET SEGMENTATION

MARKET OVERVIEW

EXECUTIVE LANDSCAPE

PREMIUM INSIGHTS

GLOBAL MOLECULAR SPECTROSCOPY MARKET, BY TYPE

6.1. OVERVIEW

6.2. GLOBAL NMR SPECTROSCOPY MARKET, BY PRODUCT TYPE

6.3. GLOBAL UV-VISIBLE SPECTROSCOPY MARKET, BY PRODUCT TYPE

6.4. GLOBAL INFRARED (IR) SPECTROSCOPY MARKET, BY PRODUCT TYPE

6.5. GLOBAL INFRARED (IR) SPECTROSCOPY MARKET, BY SPECTRUM

6.6. GLOBAL NEAR INFRARED (NIR) SPECTROSCOPY MARKET, BY PRODUCT TYPE

6.7. GLOBAL RAMAN SPECTROSCOPY MARKET, BY PRODUCT TYPE

6.8. GLOBAL RAMAN SPECTROSCOPY MARKET, BY SAMPLING TECHNOLOGY

GLOBAL MOLECULAR SPECTROSCOPY MARKET, BY APPLICATION

7.1. OVERVIEW

7.2. GLOBAL MOLECULAR SPECTROSCOPY MARKET, IN PHARMACEUTICALS

7.3. GLOBAL MOLECULAR SPECTROSCOPY MARKET, IN ACADEMY AND RESEARCH

7.4. GLOBAL MOLECULAR SPECTROSCOPY MARKET, IN BIOTECHNOLOGY

7.5. GLOBAL MOLECULAR SPECTROSCOPY MARKET, IN FOOD AND BEVERAGES

7.6. GLOBAL MOLECULAR SPECTROSCOPY MARKET, IN ENVIRONMENTAL TESTING

GLOBAL MOLECULAR SPECTROSCOPY MARKET, BY GEOGRAPHY

8.1. OVERVIEW

8.2. NORTH AMERICA MOLECULAR SPECTROSCOPY MARKET

8.3. EUROPE MOLECULAR SPECTROSCOPY MARKET

8.4. ASIA-PACIFIC MOLECULAR SPECTROSCOPY MARKET

8.5. AUSTRALIA MOLECULAR SPECTROSCOPY MARKET

8.6. SOUTH AMERICA MOLECULAR SPECTROSCOPY MARKET

MOLECULAR SPECTROSCOPY MARKET, COMPANY SHARE ANALYSIS

COMPANY PROFILES

10.1. AGILENT TECHNOLOGIES, INC.

10.2. AVANTES

10.3. THE ABB GROUP

10.4. THE BRUKER CORPORATION 10.5. FOSS

10.6. JASCO, INC.

OTHER REPORTS

Download Detail TOC @ https://databridgemarketresearch.com/toc/?dbmr=global-molecular-spectroscopy-market

Related Report

Global Medical Aesthetics Market – Industry Trends and Forecast to 2024

Global Medical Aesthetic Market, By Product Type (Aesthetic Laser Devices, Energy Devices, Skin Tightening and Body Contouring Devices, Aesthetic Implants, Facial Aesthetic Devices), By Applications (Anti-Aging and Wrinkles, Facial & Skin Rejuvenation, Vascular Lesions, Body shaping & cellulite, Breast Enhancement, Scars, Pigment Lesions, Reconstructive Surgery, Tattoo Removal, Hair Removal, Psoriasis & Vitilgo, Skin Surgery, Skin Tightening), By End-User (Hospitals , Dermatology Clinics, Cosmetic Centers, Medical Spas & Beauty Center), By Distribution Channel (Direct Tenders, Retail), By Geography (North America, Europe, Asia-Pacific, South America, Middle East and Africa) – Industry Trends and Forecast to 2024

Report Access: http://databridgemarketresearch.com/reports/global-medical-aesthetics-market/

About Data Bridge Market Research:

Data Bridge Market Research set forth itself as an unconventional and neoteric Market research and consulting firm with unparalleled level of resilience and integrated approaches. We are determined to unearth the best market opportunities and foster efficient information for your business to thrive in the market. Data Bridge endeavors to provide appropriate solutions to the complex business challenges and initiates an effortless decision-making process.

Contact:

Data Bridge Market Research

Tel: +1-888-387-2818

Email: sopan.gedam@databridgemarketresearch.com

[click2watch]

The $799 Coinmine One Will Look Like an Xbox and Mint Crypto Money

Try as startups might, crypto mining hasn’t yet had an everyman device.

Smart money, however, is betting that will change at the hands of a new company called Coinmine. Announced Wednesday, the startup is revealing its first product, the Coinmine One, a hardware device aimed at crypto enthusiasts who’d like to earn rewards for mining blockchains – without the need to learn a new technical skill set.

Backed by investors including Coinbase Ventures and Arrington Capital, angel investors Balaji Srinivasan (now CTO of Coinbase and a former mining entrepreneur), Morgan Creek partner Anthony Pompliano and Product Hunt co-founder Ryan Hoover also participated in the undisclosed funding.

The Coinmine One will retail for $799 and start shipping in mid-December, though the company declined to give a precise date or name a specific goal for sales. Still, CEO Farbood Nivi told CoinDesk in interview that the company believes its mining product has mass-market appeal.

Nivi explained:

“We think there’s a market for millions, if not tens of millions.”

One investor, Chapter One Ventures, explicitly backed the project because it wants to see more ways for everyday people to get involved in supporting cryptocurrency infrastructure.

“Coinmine will democratize access to becoming a miner in a fun and approachable way that almost feels like playing a video game,” its founder, Jeff Morris, Jr., told CoinDesk.

Digging into the details

For $799, the Coinmine One will sport a miner that can generate any one of the following out of the box: ether (ETH) at 29 Mh/sec, monero (XMR) at 900 h/sec, zcash (ZEC) at 320 h/sec and ether classic. With updates next year, it also expects to be able to run a stake for a Bitcoin Lightning node, Dfinity or Filecoin.

It uses roughly as much power (120 watts) as a PlayStation 3 during game play and runs at 40 decibels (quiet compared to the cacophony created by other mining products). With a profile like the one above, most people probably wouldn’t be horrified about it being visible in a room that a guest might visit.

More importantly, in an effort to make the product as user-friendly as possible, the system will be automatically updated as changes are made on the protocol and as more coins become available. Users will be able to monitor their earnings and manage them using an Android or iOS app (seen below).

If the company is right and consumers love it, don’t look for today’s mining hobbyists to agree. There’s nothing about its specs that compares to other miners sold on the market today that those much more tech savvy users are using. Coinmine One’s hash rate is much lower than those devices, and the price for its hash rate is higher.

But these issues, Nivi argues, miss a larger point.

Even if the current miners cost a third as much, he says they would still be out of reach to normal people: the ones who don’t know how to set them up or lack a place to store and operate hardware heats up quickly and generates a lot of noise. And they won’t know how to update them when protocols change, either.

Nivi and his company are betting, therefore, that there are people who want a way to participate in mining but want a lower path of entry. Another way to think of Coinmine is that it’s building on the market concept proven by what Honeyminer runs on PCs.

The CEO emphasizes the fact that the Coinmine One will remove some of the hardest work from users. He said: “The one thing that’s consistent in crypto is that it’s constantly changing and evolving. Coinmine is the only solution that makes it possible to continually be a part of that.”

Home mining is hard

That said, the business of selling home miners has not gone well historically.

Names like Butterfly Labs, Alpha Technology and GAW Miners comprise just part of a long history of mining product makers that didn’t stand the test of time (or didn’t devolve into outright fraud).

Other companies failed to balance the production-intensive process of making hardware with the demands of retail customers – particularly when the making of that hardware didn’t go according to plan. Even those that played the game by the book were unable to survive for the long-term, especially when contending with the downturn in cryptocurrency prices in 2015.

Case in point: a little piece of home mining history wrapped up this year when Josh Garza was convicted of wire fraud.

Garza’s company, GAWMiners, first made its mark by reselling imported mining equipment, and later expanded its business by hosting miners and then, later, offering so-called “virtual miners” that were later deemed securities.

Ultimately, it was Bitmain – with its economy-of-scale, access to cheap power and operation of mining services on both the hardware and software side – that came out on top, though other companies have emerged with possible competitive edges. And to this day, Bitmain still makes budget miners that could be affordable for a middle-class American consumer who owns a big garage (and a patient family tolerant of noise).

And yet it only takes a glance at any of these products to see an immediate difference from Coinmine One. ASIC miners look like enormous shoe boxes with a fan in a cage stuck to one end, like something that really doesn’t belong anywhere but a garage (unless someone wants to try to use one as a way of providing electric heating, an approach CoinDesk once proposed).

More importantly, the prior generation of miners look like companies took their pro versions and scaled them down a bit in price, noise and voltage, without fundamentally rethinking the design or user experience.

“If you go and buy these crypto devices online they sound like there is a vacuum cleaner running constantly,” Nivi said.

At 40 decibels, the Coinmine One shouldn’t even be noticeable, and, with its low electricity consumption, a user’s utility bills shouldn’t jump aggressively. Which isn’t to say that the business will be any easier, but it does support their case that the devices exist in a new category.

The HODLer Argument

The evolution of miners from home-based enthusiasts to industrial-scale behemoths highlights the fundamental business model of a miner: a kind of arbitrage where profits are made when the cost of energy is lower than the return on the cryptocurrencies mined and sold.

But Nivi argues that the Coinmine One is intended technology enthusiasts rather than profit seekers – as in, people who want to try out different protocols and interact with the communities behind them – while also having some skin in the game. More broadly, it’s for people with a long-time horizon who aren’t focused on making enough cash to keep the lights on and miners humming.

The Coinmine One isn’t single-use hardware, either. That said, it can only run one of a few proof-of-work tokens at a time. With forthcoming updates, it will also be able to run one of several proof-of-stake tokens as well.

This differentiates it from most other miners, built to mine as much as possible of just one coin. Take for example these two ETH miners. They cost twice as much but they also deliver about six times more hash power.

That might make it sound like Coinmine One is a bad deal, but that depends on a person’s situation. Someone living in an urban apartment, for example, could never run one of those miners, even if they could afford it.

The startup appears to be aiming to create a new product category in the mining sector.

“The real magic of the product is the software and hardware compatibility, which reminds me of Nest or Ring,” Morris told CoinDesk, referring to the unicorn startups that built mobile-enabled home thermostat and home security devices. Each were subsequently acquired at unicorn valuations, by Google and Amazon, respectively.

Even still, is the Coinmine One worth it?

One danger some users might foresee is that lots of people will buy it making the tokens it mines less lucrative for each miner. Nivi points out that they will keep adding new tokens, giving users options. Furthermore, though, he also contends that more miners means more value for what miners do earn.

“While more people mining a coin can decrease the amount of coins you earn, it also increases the value of the network,” he said.

Normally, in discussion of mining equipment, users calculate how long it will take them to recoup their capital expenditure in fiat from earnings in crypto. In conversation with CoinDesk, Nivi rejected that short-term analysis.

He said:

“If you’re doing this from home, it’s bad advice to buy and sell. You really should hold. You’re holding and waiting for it to 10X, 100X or 1000X.”

Product image courtesy of Coinmine

!function(f,b,e,v,n,t,s){if(f.fbq)return;n=f.fbq=function(){n.callMethod? n.callMethod.apply(n,arguments):n.queue.push(arguments)};if(!f._fbq)f._fbq=n; n.push=n;n.loaded=!0;n.version='2.0';n.queue=[];t=b.createElement(e);t.async=!0; t.src=v;s=b.getElementsByTagName(e)[0];s.parentNode.insertBefore(t,s)}(window, document,'script','//connect.facebook.net/en_US/fbevents.js'); fbq('init', '239547076708948'); fbq('track', "PageView"); This news post is collected from CoinDesk

Recommended Read

Editor choice

BinBot Pro – Safest & Highly Recommended Binary Options Auto Trading Robot

Do you live in a country like USA or Canada where using automated trading systems is a problem? If you do then now we ...

9.5

Demo & Pro Version Try It Now

Read full review

The post The $799 Coinmine One Will Look Like an Xbox and Mint Crypto Money appeared first on Click 2 Watch.

More Details Here → https://click2.watch/the-799-coinmine-one-will-look-like-an-xbox-and-mint-crypto-money

[databridgemarketresearch1-blog]

Bruker and Thermofisher Scientific Inc. Are Dominating the Market for Global Molecular Spectroscopy Market In 2016  | Data Bridge Market Research

Global Molecular Spectroscopy Market is expected to reach USD 6,443.5 million by 2024, from USD 3,959.8 million in 2016, growing at a CAGR of 6.3% in the forecast period. The new market report contains data for historic year 2015, the base year of calculation is 2016 and the forecast period is 2017 to 2024

In 2016, Bruker dominates the market with 27.3% market share followed by Thermofisher Scientific, Inc. and, Agilent Technologies.

Request For Sample- https://databridgemarketresearch.com/request-a-sample/?dbmr=global-molecular-spectroscopy-market-4

Some of the major players operating in the global molecular spectroscopy market are

·         ABB,

·         Avantes,

·         Block Engineering,

·         Carl Zeiss Spectroscopy GmbH,

·         Cobalt Light Systems Ltd,

·         Galaxy Scientific,

·         Gasera,

·         Ibsen Photonics,

·         Industrial Test Systems, Inc.,

·         Kaiser Optical Systems, Inc.,

·         Keit Spectrometers

·         Magritek,

·         EMD Millipore Corporation,

·         PerkinElmer Inc.,

·         Raptor Photonics PLC,

·         Shimadzu Corporation,

·         Spectral Evolution,

·         Viavi Solutions,

·         WITec GmbH,

·         B&W Tek,

·         StellarNet,

·         Si-WareSystems,

·         Foss, Jasco, Inc.

·         and, Jeol Ltd. among others.

 Requset For TOC- https://databridgemarketresearch.com/toc/?dbmr=global-molecular-spectroscopy-market-4

Thermofisher Scientific:

·         Thermo Fisher Scientific, Inc. was founded in the year 2006 through the merger of Thermo Electron and Fisher Scientific. It is headquartered at Waltham, U.S. Thermo Fisher Scientific, Inc. provides analytical instruments,equipment, reagents and consumables, software and services for research, analysis, discovery and diagnostics.

·         The company operates its business through four segments: Analytical Technologies, Specialty Diagnostics, LifeSciences Solutions and Laboratory Products and Services. The Analytical Technologies segment provides a broadoffering of instruments, reagents, consumables, software and services that are used for a range of applications inthe laboratory on the production line and in the field.

·         The Specialty Diagnostics segment offers a wide range of diagnostic test kits, reagents, culture media, instruments and associated products in order to serve customers in healthcare, clinical, pharmaceutical, industrial, and food safety laboratories.

·         The Life-Sciences Solutions segmentenable, simplify and accelerate a broad spectrum of biological research of genes, proteins and cells within academic and life science research, clinical research and commercial applications. The Laboratory Products and Services segment offers virtually everything needed for the laboratory.

Recent Developments:

·         In May 2016, Thermo Fisher Scientific, Inc. announced the launch of its new Nicolet iS5NFT-NIR spectrometer. This spectrometer has allowed the company to target small business owners, technicians, laboratory managers and method developers, as this product is designed to bring rapid and reliable analysis for quality control and material verification.

·         In May 2016, Thermo Fisher Scientific, Inc.announced the launch of its new NanoDropOne and NanoDropOneC UV-Vis microvolumespectrophotometers. This spectrometer has allowed the company to target Life scientists who work with DNA, RNA and proteins, as this product help them to make educated decisions about sample suitability. The product is designed to provide accurate quantitation and sample quality information to ensure downstream application success.

·         In May 2016, Thermo Fisher Scientific, Inc.announced the launch of its new GENESYS 30visible-range spectrophoto meter. This spectrometer has allowed the company to target lab managers and instructors looking for ease of operation and superior photometric performance in a single instrument.

Agilent Technologies:

Agilent Technologies provides core bio-analytical and electronic measurement solutions to the life sciences, chemical analysis, communications and electronics, diagnostics and genomics industries. It operates through the following segments: Life Sciences, Chemical Analysis, Diagnostics & Genomics and Electronic Measurement.

The Life Sciences segment provides application-focused solutions that include instruments, software, consumables and services that enable customers to identify quantify and analyze the physical and biological properties of substances and products.

Recent Developments:

·         In June 2016, Agilent Technologies launched new solutions for pharma, biopharma, metabolomics and environmental researchers across mass spec portfolio.

·         In May 2016, Agilent Technologies introduced new atomic spectroscopy platform for multiple analytical applications.

·         In April 2015, Agilent Technologies Inc. Introduced the Agilent 6545 Q-TOF mass spectrometry system, designed to provide added sensitivity for routine analyses.

Inquiry Before Buying- https://databridgemarketresearch.com/inquire-before-buying/?dbmr=global-molecular-spectroscopy-market-4

Bruker:

Bruker Corporation was incorporated in 1960 and is headquartered in Billerica, U.S. The company manufactures scientific instruments to focus on the needs of customers in the life science, pharmaceutical, biotechnology,clinical and molecular diagnostics research, as well as in materials and chemical analysis in various industries and government applications. The company’s technology platforms include magnetic resonance technologies, mass spectrometry technologies, gas chromatography technologies, X-ray technologies, spark optical emission spectroscopy, atomic force microscopy, stylus and optical metrology technology, and infrared and Raman molecular spectroscopy technologies.

Recent Developments:

·         In May 2016, Bruker launched the EMX nanosystem at the 56th annual Experimental Nuclear Magnetic Resonance Conference(ENC). EMXnano is the first high-performance benchtop EPR (electron para magnetic resonance) instrument, making research-grade EPR capabilities accessible to a broader range of scientists.

About Us:

Data bridge Market Research is an aftermath of sheer wisdom and experience which was formulated and framed in the year 2015 in Pune. We ponder into the heterogeneous markets in accord with our client’s needs and scoop out the best possible solutions and detailed information about the market trends. Data Bridge delve into the markets across Asia, North America, South America, Africa to name few

Contact Us:

Data Bridge Market Research

Toll Free: +1-888-387-2818

Email - sopan.gedam@databridgemarketresearch.com

[my-sweetsports-blog]

Shoes providers send jordans low no cost worker culture celebration is now over

On gross annual achieving associated with the emerging obtain of the 2015 the autumn months wintertimes in the recent past, cheap air jordan 11 low set in motion the entire range from manufacturer fashion footwear types clothings treatments research furthermore tools. In the process, on having commodity sector member of the brand-new on the job, has actually accomplished the footwear apparel world an individual because of further finding among scientific disciplines as well as method, it really is item is beaming awesome discipline in addition to a tools. Cheap jordans for girls on sale by way of soccer ball systems reports, delivers the domestic tennis friends big-technological reliable tennis recreations stuff, individual appropriately evolved letter doubling force reduction, 30 ℃ atmosphere store chronic high temperature system, armored transport process hockey running footwear, like a register services, all method are usually ascribed to trainers models, displays a good, collection equilibrium modify force reduction, slow up the threat of our athletics belonging to the rock also sprained bottom, too offer harmony environment familiar appearance. 23 jordan is back always progressed alongside used car ticket suspension, easy PuGong premiership, AIRCOOL, siphon off blow drying technology, so many exaggerated-tech site running sneakers case, the tv has recently new investment properties along the lines of damping, tremendous position, solid. Advancement of practice then innovation or doing athletic shoes, cheap air jordans for sale online too profound investigation in terms of boots high up-support additionally, the research into many anion connected with aromatic components having better microcapsule seeding technologies, is simple to secrete unfavourable ions furthermore volatile perfumed problem planting, microcapsules going signifies chaffing start to publish the cheap jordans harmful ions will need your body health related usefulness and/or special fragrance, to administer our wearer furthermore uncontaminated and also sweet also familiar going through; piece OLNENSS fabric utilizing ultraviolet light solutions together with the stub ink toner, easily stand ultraviolet light re, really ultra UV coverage reaction, upon lots of maintaining can all the same keep up a very high reduce lie across potential, produce the consumer easy quantities of year.

All these distinctive all fabrics shape, enhance the airflow regarding the tissue along with clothes, travel a perspiration disappears, and also the refreshing aerial loopholes or gas involving the face and/or textile may be wholly change. The construction with engineering also know-how relies upon our own research project framework. Jordans retros organisations created over collaboration among a lot of Colony responsibility soccer ball footwear types field flame discipline also solutions creativity location, investigation target, internal control building, sino-a language like german biomechanics laboratory together with Republic of Austria court chemical process sporting equipment service data and many others six firms. This system coronary heart is located in tight obedience at the interior current market expectations build quality of this trace art and additionally modern technology creativity core, loaded with a sound laboratory machinery and/or assessments apparatus, put up an area support stage related to scientific disciplines so solutions, to the creation of shop cheap jordans onlineNBA complete, and not to mention big apple district shoemaking sector tech development and in addition development, needs played back an outstanding task to advertise. To cheap air jordans for sale online service and then Austrian hockey group co-operation, included in this in order to create ones European country field hockey relation comes with machines know-how lab, through researching our local tons of skilled sportsmen toes enter and in motions components through document, players on the pitch shot one turn pertaining to football biomechanics even after reach an intense science together with comparison, use of end results along with skilled knowledge about the NBA TEAM. On the complimenting boot forest data files modification and organ of the whole case style, begining with adã©quation associated with job over biomechanics for individual campaign, has made a handyman NBA football baseball hardware or equipment. Cheap jordan 6 result screenings console recognized, think of yourself as "general". Sports shoes examination target, to provide an example, the heart is scheduled work, screenings in one single associated with commercial running shoes examination organizations, offer partnerships utilizing tennis shoes look top quality recognition, fabric running shoes exclusive high quality checking with the chance to jobs. Middle comes with really fixedness towards washing mesurer, electric rubbing stronghold specialist, ICI pilling tester, sweat stronghold canopy, sublimation fastness canopy is certainly tall exquisitely detailed musical instrument. Examining machinery as well as examining force skill are really up to one benchmarks of intercontinental and then residential regulations.

Recognition number incorporating materials so athletic shoes, sewing together with tatting fabric running sneakers, wool knitwear, and so forth. All of these trainers goods for organization to experience early, close quality control provides trust, and also shortens the increase oscillation of brand new services. Moreover, cheap jordans in usa are shipped coming from German firm excellent apparatus like for example active plantar power statistic product, via wireless bluetooth telecommunication measuring technological know-how, will engine in addition the biological evaluations measurement heavily for facets such as for instance research project, earn and then confirm anthropometric medical stroke data bank, competent data in addition to a development many different pump sir herbert beerbohm tree discount shoes near me shoes shows scientific research boundary and the basis of accurate figures. Serious handling to ensure the prime quality wares about scientific discipline furthermore system development and in checking structure, cheap air jordans onlineNBA additionally bind large seriousness about the preparation in the standards in addition to a therapy plan of action engineering. Stoughton furniture stores will "European country container, beach ball athletic shoes common", "professional sporting events running shoes in addition to protecting machines generalized specialised spec measures", "running shoes patch weakening accepted screen technique to form", "rubberized place, sports shoes outsole hint process ordinary", "sneakers case put strength challenge model values" as a whole the particular drafting appliance. Air jordans cheap online service total meaning over EQC good quality target manage, have passed ISO9001 character method documentation related to completely manufacturing formation. Inside rate, our own qc sweet will also offers normalization among scrutinize staff, grade progress club, organization, collection absolute test, including f sections, tey letting wholesale cheap jordan products accuracy checking form to shell in place. Most desirable excellence managing or investigation means that, to ensure the research also know-how that you can method reaction, jordan flip flops for cheapNBA in order to strengthen the actual merchandise excellence on succeed in initially the community acclaim just click the next post.

Actively, jordan 11 retro low for saleNBA grew to become inside the European sporting products and solutions is simply not failed a huge induce, try any beautiful perform skill also knowledge. Cheap jordan 7s providers and the company won recognition bbb business venture, transfer then share division some enterprises, brand new York worldwide trainers clear gold medal, Sweden honorary blog titles including a proper-renowned signature, approved our ISO9001:more than 2000 high quality setup authentication, ISO14001 situation procedures scheme qualification, SA8000 elite responsibilities guidelines and ISO18000 work protection management routine qualification, ISO10012 measure loss plan of action certificate, great britain SATRA laboratory certification, and so forth. "We are going to cheap air jordan 11 lowNBA branding positions to be the field hockey in daily life, started the basketball due to the fact origin, the as being tactical change voie, boosting direction and in addition goods, take drift present the side involving liveliness, people will survive prove a lot more emotion football yourself." Air jordans cheap online president of the united states dong Guo, so that clearly define the ongoing future of the manufacturer. "Typically the NBA TEAM is not merely recreation, it will be some sort of cannot withstand really periodic event of the lifestyle." near housing games quality reallotment, jordans retros for saleNBA obtain the success of method scheme left turned, this is the products placement from inside the 17th? 30 years of age, juvenile, promotes each feel in the volleyball trend the particular mass user test groups. At 2015 founded with regard to shopper football boots, athletic shoes, exterior footwear types, flip flops, laid back shoes as well as other merchandise, and additionally hockey, extra features, and also important area, rest, vogue, service together with relaxation come footwear types television series devices, at this juncture, air jordan retro for cheapNBA brand features their the game of basketball just about every sport in addition to a reality every one shoes and boots dress shopper production. It really is acknowledged in which jordan retro 4 for sale cheapNBA TEAM basketball game your life deadly look place also provides a totally new look, the whole picture warehouse signifies applying of workable factors of basketball game together with the established juxtaposition with design, integrate tight, designer designing title, life time, health and wellbeing, exhaustive symbolizes some sort of NBA trade name end double belonging to the "registered soccer ball back into lifestyle".

[jamesebeckus]

Health Ranger science lab tour: See the liquid handling automation robot from CWC Labs

Tuesday, March 07, 2017 by: Mike Adams Tags: automation, CBD, Health Ranger, liquid handling, mass spec, quantitation, robot, sample prep, science lab (Natural News) I’ve been working hard in the lab these last few weeks, scripting liquid handling automation solutions Read more …

The post Health Ranger science lab tour: See the liquid handling automation robot from CWC Labs appeared first on Biggies Boxers.

from Biggies Boxers http://www.biggiesboxers.com/health-ranger-science-lab-tour-see-the-liquid-handling-automation-robot-from-cwc-labs/ from Biggies Boxers https://biggiesboxersus.tumblr.com/post/158134580295

[omnilabsolutions]

Modular Lab workstations for Mass Spectrometry and Biotech Lab - OMNI Lab Solutions

OMNI Lab Solutions provide fixed and movable Lab Workstations systems for Mass spectrometery Laboratory. At OMNI Lab Solutions, we are constantly committed to provide your lab with a better environment through design, manufacturing, & aesthetics. Our laboratory workstations and casework are manufactured and designed to offer a durable and modernized solution for your laboratory. Kindly visit us at omnilabsolutions.com or call @ 1-888-579-1981. We are always here to help you.

[bettybxiong]

Health Ranger science lab tour: See the liquid handling automation robot from CWC Labs

(Natural News) I’ve been working hard in the lab these last few weeks, scripting liquid handling automation solutions for our new liquid handling robot. This is all part of my groundbreaking work on cannabinoid analysis and quantitation using extremely accurate mass spec instrumentation to quantify the concentration of CBD molecules found in the sample being...

from NaturalNews.com http://ift.tt/2ncgntq from Betty Xiong http://ift.tt/2ncgRQa

[omnilabsolutions]

Get Lab Solutions and Workstation at Omni Lab Solutions

 OMNI Lab Solutions provides the best Lab Solutions to improve your lab environment through design, engineering, and aesthetics. Optimized labs solutions can save you a lot of money; helps produce better products, and are more fun places to work. Omni Lab Solutions design and manufactures custom lab benches, workstations, casework, and many more products in the USA. For any inquiries call on us at (619) 579-6664 or visit our site: omnilabsolutions.com for more details.

[omnilabsolutions]

The best Mass Spec Table at a low budget by OMNI Lab Solutions

OMNI lab solution is a well-known manufacturer and online seller of complete Mass Spec Solutions including Mass Spectrometry workstations, Instrument tables, Mass Spec Table, and MS Pump Chamber. The Mass Spec tables provided by OMNI lab solution are manufactured from the highest quality material for enhanced sustainability and resilience. These mass spec tables are designed and manufactured in a particular way to provide a durable addition. To speak with us, contact us on our toll-free no. 1-888-579-1981. To know more visit our site: omnilabsolutions.com.