#amdr

[venbeentaller]

Hi! Today I wanna show you this composition of Rimuru Tempest from That time I got reincarnated as a slime or Tensura Nikki: Tensei shitara Slime Datta ken.

I designed it and painted with watercolor. I really enjoy this commission, because I really love Rimuru

[don-lichterman]

U.S. hospitals could save $2.28 billion by maximizing use of reprocessed 'single-use' devices: report

U.S. hospitals could save $2.28 billion by maximizing use of reprocessed ‘single-use’ devices: report

[May 31, 2022 – Washington, DC] At a time when hospitals are under unprecedented logistical and financial strain, a new industry-wide report illuminates the potential for saving money and reducing waste and emissions by extending the life of “single-use” medical devices through reprocessing. The U.S. Food and Drug Administration regulates the commercial reprocessing industry to assure that…

[suicidecaller]

ANDRE KREIGMAN!!?!!???!?? ¿???? @!ANDRE AMDRE ANSREANDRE!?! ($(2($88338 (the autism is consuming my brain please help me) ANDRE KREIGMAN OUR LORD AND SAVIOR HE IS THE CREATOR OF LIFE AND UNIVERSE AS WE KNOW IT!!! ANDRE KREIGMAN WILL SAVE YOU FROM ALL YOUR SINS... CONVERT TO THE ANDRE KREIGMAN RELIGION

[princess-of-the-corner]

Based on what we've seen, ai think Audrey was the partner who came from money, and Andre was a more modest background. Amdre seems to have been a longtime friend of Gabe meaning they came from similar circles. When they married, Audrey forced Andre to change his first name to one more acceptable in her class. Her treatment of Andre comes from the fact that she married beneath her. I also can't think of her canonically forgetting Zoe's name. Her father is a rich businessman, Chloe has Andre's peasant blood.

Hm. I'm not sure.

For one, I don't think Audrey would marry 'beneath herself' unless that person had some other part that was Exceptional to her.

But also Andre owning the hotel and being mayor seem to be things that he's been for a while, so it feels like he came from money in the first place.

[spymaster-and-socialite]

I barg in on all fours wearing whatever the opposite side uniform is. I hope onto ur desk and meow, then ask "will u pet me daddy amdre???2??" im wearing cat ear

Andre pulls out his pistol and attempts to shoot this... creature, but since he has no battlefield experience, he misses and the bullet embeds itself in the wall. "God help me! Am I seeing malevolent spirits?"

[sleepy-seal]

ohhh god oh god moving aroudn amdr the headache worse ohhh my god owoeowowowwowow

[bigbossbowseragainstyou]

VAMOS LA PUTA MADRE QUE LO PARIO AGUANTE EL DIBU, AGUANTE JULAINCITO, AGUANTE MA ARAÑA, AGUANTE EL PAPU Y AGUANTE MESSI LA CONCHA DE SU AMDRE

[vampiromano]

humedad de emierda la re cocnah de mi amdre

[helthcareheven]

Revolutionizing Healthcare Delivery: Reprocessed Medical Devices

Introduction to Reprocessing Reprocessing involves cleaning, disinfecting, sterilizing, testing, remanufacturing, packaging and labeling previously used single-use medical devices so that they can be reused multiple times on multiple patients. The key steps involved in reprocessing are: collection of used devices, disassembly and cleaning, inspection and functionality testing, sterilization using methods such as ethylene oxide or steam sterilization, repackaging and labeling.

Cleaning and Disinfection

Thorough cleaning and disinfection is essential to remove any debris or contaminants from the first use in order to prevent disease transmission between patients. Used devices are first cleaned using enzymatic cleaners and disinfectants to break down any organic material. Ultrasonic cleaners may also be used along with manual cleaning tools to scrub any hard to reach areas. The devices are then rinsed extensively to remove any residual cleaner or contaminants.

Inspection and Testing

After cleaning, the devices undergo visual and microscopic inspection under magnification to check for damage, breakage or wear and tear. Functional testing is also done using test equipment to verify that the device is still within intended performance specifications. Any devices that fail inspection or do not meet performance standards are taken out of the reprocessing stream.

Sterilization

Sterilization is a critical process to eliminate all forms of microbial life, including spores, from the reprocessed devices. The most common sterilization methods used are steam sterilization in an autoclave or ethylene oxide (EtO) gas sterilization. Strict sterilization protocols and controls are followed to achieve a sterility assurance level (SAL) of 10-6, indicating a probability of less than one in one million of any bioburden surviving the process.

Repackaging and Labeling

Once sterilized, the devices are repackaged inside sterilization-validated packaging such as pouches or containers along with sterilization indicators. Detailed labeling informs users about the device, its reprocessor, sterilization method and expiration date. Repackaged devices must also comply with regulatory labeling requirements for reprocessed devices.

Quality Control and Oversight

Reprocessors have strict quality control systems to monitor each step of the reprocessing lifecycle along with product release testing. Facilities must meet Good Manufacturing Practice (GMP) standards and are subject to regulatory inspections. Third party oversight and accreditation by organizations like the Association of Medical Device Reprocessors (AMDR) help ensure consistent, high quality reprocessing.

Potential Benefits of Reprocessing

Reprocessing helps reduce medical waste generated by single-use devices and lowers costs for healthcare providers and facilities without compromising on patient safety. Some key potential benefits are:

Cost Savings: Reprocessing saves approximately 60% compared to the cost of new single-use devices on average. This can potentially generate cumulative hospital savings of millions over time.

Reduced Environmental Impact: Reprocessing cuts down on the number of used medical devices entering the waste stream every year, helping lower greenhouse gas emissions from landfilling or incineration.

Extended Device Lifespan: Well engineered and FDA-cleared devices like orthopedic instruments are designed to withstand multiple autoclave sterilization cycles without loss of performance when properly reprocessed. This helps extend their useful clinical lifetime.

Better Access: Lower device costs through reprocessing can expand patient access in cost-sensitive environments and developing healthcare markets. The savings are often redirected to fund more procedures or upgrade other hospital resources.

Ensuring Safety of Reprocessed Devices

While reprocessing saves costs substantially, it is important that safety is never compromised at any stage of reprocessing. Factors such as the design of the device, the complexity of its parts and materials affect how well it can withstand multiple reprocessing cycles. Some key aspects that help ensure safety are:

Device Evaluation: Only devices that are easy to disassemble, have smooth surfaces that can be fully cleaned without crevices and made of durable corrosion-resistant materials are suitable candidates for reprocessing.

Validation Testing: New reprocessing methods and protocols are validated through testing under simulated-use conditions to ensure consistent and reliable performance after multiple reprocessing cycles.

Quality Management Systems: vigilant Manufacturing and process controls help minimize variation from set specifications and standard operating procedures every time.

Ongoing Monitoring: Continuous product monitoring programs help detect any performance issues early on before they impact patients or prompt a recall. Advanced testing methods like fatigue testing help evaluate long term performance.

Regulatory Compliance: Meeting regulatory standards set by oversight agencies through clearance, listing, inspections and audits provides confidence in regulated safety and effectiveness.

With rigorous quality controls and oversight in place, reusable surgical devices that pass evaluation provide an alternate resource to the healthcare system to reduce costs, waste and environmental burden without compromising safety or effectiveness when patients need them. By balancing savings priorities with safety, reprocessing continues to benefit healthcare access worldwide through prudent reuse of appropriate and well-managed medical devices.

[venbeentaller]

Hey! I was sick since January 1st. Can you believe it?

But, that was not enough to stop me. I painted this vash, on my style. Hope you like it 🥰.

Follow my other social media. I'm @venbeentaller on everywhere.

Below, you had my website 💗

[don-lichterman]

U.S. hospitals could save $2.28 billion by maximizing use of reprocessed 'single-use' devices: report

U.S. hospitals could save $2.28 billion by maximizing use of reprocessed ‘single-use’ devices: report

[May 31, 2022 – Washington, DC] At a time when hospitals are under unprecedented logistical and financial strain, a new industry-wide report illuminates the potential for saving money and reducing waste and emissions by extending the life of “single-use” medical devices through reprocessing. The U.S. Food and Drug Administration regulates the commercial reprocessing industry to assure that…

[marielouisebosinma]

Ilajide and Kyra at amDr. Dre star!

[sangamswami]

Military Radars Market: A Deep Dive into Market Size and Emerging Trends

The Military Radars Marketis poised for remarkable expansion, projected to surge from USD 13.5 billion in 2022 to a formidable USD 17.1 billion by 2027, at a notable CAGR of 4.7% during the forecast period. This comprehensive report encapsulates market statistics, size, trends, and industry insights, offering profound elucidation into the evolving realm of defense radar systems.

Defending Frontiers: Military radars serve as indispensable components in defense arsenals, facilitating early threat detection, precise targeting, and strategic reconnaissance. With an array of applications spanning air & missile defense, naval operations, and space surveillance, the market witnesses robust demand driven by evolving security paradigms and technological advancements.

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Rising Defense Expenditure: The market trajectory is propelled by escalating defense spending and modernization initiatives worldwide, fostering the development of advanced radar systems. Initiatives such as the Three-Dimensional Expeditionary Long-Range Radar (3DELRR) program and the Air and Missile Defense Radar (AMDR) program underscore the impetus driving market growth, particularly in the context of early warning threat detection and surveillance capabilities.

Dominance of Air & Missile Defense: The air & missile defense segment emerges as a frontrunner, buoyed by the demand for early warning threat detection systems and ongoing mine detection systems. With conflicts in regions like the Middle East and Asia Pacific driving procurement requirements, air & missile defense radars witness significant traction, reflecting their pivotal role in bolstering national security.

Naval Platform: Leading and Accelerating Growth: The naval platform segment emerges as the largest and fastest-growing category, fueled by enhanced effectiveness and precision of ship-based naval radar systems. The surge in shipbuilding activities, particularly in Asia, augments the demand for efficient weapon guidance systems, further propelling the expansion of the naval radars market.

Surveillance and Early Airborne Warning Radars: Within product types, surveillance and early airborne warning radars dominate the market share, driven by military modernization efforts, radar system replacements, and technological advancements such as digital signal processing and solid-state modules. The increasing demand for early airborne warning radar systems underscores their criticality in contemporary defense strategies.

Industry Titans Spearheading Innovation: Raytheon Technologies Corporation, Lockheed Martin Corporation, Israel Aerospace Industries, Thales Group, and Leonardo S.P.A. stand at the forefront of the military radars market, driving innovation, technological advancements, and strategic collaborations. Their collective endeavors shape the competitive landscape, driving market dynamics and fostering innovation in defense radar systems.

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As the Military Radars Market emerges as a cornerstone in modern defense architectures, fortifying national security and strategic resilience. From early warning threat detection to precision targeting and surveillance, radar systems play a pivotal role in safeguarding frontiers against evolving threats. The report encapsulates the dynamic interplay of market forces, technological innovations, and strategic imperatives, offering actionable insights for industry stakeholders. As nations continue to invest in advanced radar capabilities, the Military Radars Market remains poised for sustained growth, innovation, and strategic relevance in an increasingly complex security landscape.

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[venusethereal]

Finding out Amdre Braugher dies is like the icing on the world's most terrible cake. Rest in peace, power, and paradise 😞

[certainrebelarbiter]

Air and Missile Defense Radar Market Size 2029

The global Air and Missile Defense Radar Market size was valued at USD 6.62 billion in 2021. The market is projected to grow from USD 7.04 billion in 2023 to USD 10.99 billion by 2029, exhibiting a 6.57% CAGR during the forecast period.

This information is provided by Fortune Business Insights, in its report titled, “Air and Missile Defense Radar Market, 2023-2029.”

COVID-19 Impacts:

COVID-19 Hampered Procurement and Delivery Schedule of AMDR

The global market for air and missile defense radars has been considerably impacted by COVID-19. Due to the COVID-19 pandemic, many countries have reviewed their procurement strategies and adjusted their priorities. Due to COVID-19-related restrictions, the OEMs have also encountered significant difficulties finishing ongoing projects on time.

List of Key Players Mentioned in the Report:

Hensoldt AG (Germany)

Israel Aerospace Industries Ltd. (Israel)

Leonardo S.P.A. (Italy)

Lockheed Martin Corporation (U.S.)

Northrop Grumman Corporation (U.S.)

Raytheon Technologies Corporation (U.S.)

Rheinmetall AG (Germany)

SAAB AB (Sweden)

Terma A.S. (Denmark

Thales Group (France)

Browse Detailed Summary of Research Report with TOC:

Russia–Ukraine War Impact

Russian and Ukrainian ports are the primary export destinations for crude oil, wheat, and corn. The current conflict has halted cargo import and export via the sea, resulting in sluggish growth in the marine sector. Several European countries, on the other hand, have increased their defense budgets in 2022 in response to NATO recommendations. NATO has advised countries to increase their defense budgets to 2% of their GDP. For example, officials in Poland have declared that the defense budget will be increased to 2% of its GDP in 2022 and 3% of GDP in 2023. The increased defense budget is expected to increase naval vessel procurement, supporting the market growth.

Segments:

Ground-based Air and Missile Defense Radars to be Fastest Growing due to Higher Demand

By platform, the market is divided into airborne, land, and naval. In 2021, the naval radar segment dominated the market by having the largest share.

Rising Demand for Long Range Radars Will Boost Growth of S-band Radars

Based on radar type, the market is divided into X band radars and S band radars. The S band segment is expected to be the fastest growing in the forecast period due to technological advantage over X-band radars.

Ballistic Missile Defense to be the Fastest Growing during Forecast Years due to Rising Ballistics Missiles Threats

Based on application, the market is divided into conventional and ballistic missile defense. The ballistic missile defense segment is projected to grow at the highest CAGR over the period of 2022-2029.

The global market is segmented into North America, Europe, Asia Pacific, the Middle East & Africa, and South America.

Drivers and Restraints:

Developments in Hypersonic Missiles will Pave the Way for Advanced Air and Missile Defense Radars

The recent development of hypersonic missiles by the U.S., China, and Russia has created significant difficulties for the early identification of such fast-moving objects. Australia, Germany, France, India, Japan, and other nations have also contributed to the development of hypersonic missiles.

Higher operational efficiency, platform compatibility, user-oriented advanced systems, and a wide frequency band are all requirements for radar systems. Radars must occasionally operate in challenging environmental conditions, which can cause internal parts to fail.

Regional Insights:

North America to Lead Backed by Demand for Land-based Radars

North America held the largest Air and Missile Defense Radar Market share. North America is expected to experience the fastest growth in the region for land-based radars.

Due to rising defense spending by China, India, and Japan, the Asia Pacific market is anticipated to develop at the quickest rate.

The European market, which was predicted to be the second largest in 2021, is anticipated to expand significantly as a result of rising radar purchases made as a preventative measure against a possible war between Russia and Ukraine.

Competitive Landscape:

Acquisitions Initiated by Key Companies to Promote Market Growth

The leading players in the market constantly opt for efficient strategies to bolster their brand value as well as promote the global Air and Missile Defense Radar Market growth. One such efficient strategy is acquiring competitive companies and further securing a profit for both the companies.

Key Industry Development:

May 2022: For the purpose of locating and monitoring weapons close to the China-India border, India claimed to have purchased 12 Swathi radars. Within a 50-kilometer range, Swathi can track shells, mortars, and rockets.

[mccareer]

Medical Dept. Responsibilities for the Physical Readiness Program

Background: Important updates to the Navy’s physical fitness program have been published, to include updated Authorized Medical Department Representative (AMDR) Training, BUMEDINST 6110.15B (below), and changes to pregnancy notification which may affect pregnant Service members during the current PRT cycle. 2023 AMDR Training has been released on the MyNavy HR Physical Readiness Page.…