#ATP Hygiene Swabs
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UltraSnap™ ATP Hygiene Swabs are pen-sized, user-friendly surface tests for use with Hygiena luminometers, offering fast, accurate, and eco-friendly hygiene monitoring with long-lasting signal strength.
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What methods are used to analyze surface mould?
Surface mould is a common issue in various environments, from homes to industrial settings. Mould growth on surfaces can lead to health problems, structural damage, and even contamination of materials. Identifying and analyzing surface mould is crucial for effective remediation. Various techniques are used to determine the type, concentration, and potential impact of mould on different surfaces. This article explores the key methods used for surface mould analysis, providing insights into their applications, advantages, and limitations.
Methods of Surface Mould Analysis
1. Visual Inspection
Visual inspection is the most basic and initial step in surface mould analysis. Experts examine the affected area, looking for discoloration, texture changes, and visible signs of fungal growth. This method helps in assessing the extent of contamination but does not provide detailed information about the mould species or its concentration.
Advantages:
Quick and cost-effective
Non-invasive
Provides an initial assessment
Limitations:
Cannot identify mould species
May overlook hidden mould growth
Requires expertise to differentiate mould from dirt or stains
2. Tape Lift Sampling
Tape lift sampling is a simple yet effective technique in Surface Mould Analysis. A piece of adhesive tape is pressed against the affected surface and then placed on a microscope slide. The sample is then examined under a microscope to identify fungal structures and spores.
Advantages:
Easy and non-destructive
Provides immediate microscopic identification
Useful for small-scale sampling
Limitations:
Does not provide information on viable spores
Cannot determine mould concentration in the air
3. Swab Sampling
Swab sampling involves rubbing a sterile swab over the affected surface to collect mould particles. The sample is then cultured in a laboratory to identify the specific mould species.
Advantages:
Useful for small, hard-to-reach areas
Helps identify viable mould species
Provides insight into microbial activity
Limitations:
Time-consuming due to lab processing
Limited to the sampled area
4. Bulk Sampling
Bulk sampling involves collecting a piece of the affected material, such as drywall or wood, for further laboratory analysis. This method provides in-depth information on the extent of contamination.
Advantages:
Provides detailed laboratory analysis
Helps assess internal mould growth
Can identify hidden contamination
Limitations:
Destructive testing
Requires laboratory processing
5. Air Sampling for Surface Mould Analysis
Air sampling helps assess airborne mould spores that may have originated from surface mould. It involves using air pumps to capture spores on a filter, which is then analyzed under a microscope or cultured in a lab.
Advantages:
Identifies airborne spores
Provides insight into indoor air quality
Helps assess contamination spread
Limitations:
Does not directly analyze surface mould
Requires expert interpretation
6. ATP (Adenosine Triphosphate) Testing
ATP testing detects microbial contamination on surfaces by measuring biological activity. A swab is used to collect a sample, which is then tested with a luminometer.
Advantages:
Provides rapid results
Useful for hygiene assessments
Non-destructive method
Limitations:
Does not specifically identify mould species
May not detect dormant spores
7. DNA-Based Analysis (PCR Testing)
Polymerase Chain Reaction (PCR) testing is a modern molecular method used in surface mould analysis. It detects and amplifies mould DNA to identify species with high accuracy.
Advantages:
Highly specific and accurate
Detects both viable and non-viable mould
Provides results faster than culture-based methods
Limitations:
Expensive
Requires specialized laboratory equipment
8. Mycotoxin Testing
Some mould species produce mycotoxins, which are harmful to human health. Mycotoxin testing helps determine whether a contaminated surface is releasing toxins into the environment.
Advantages:
Identifies toxic mould presence
Helps assess potential health risks
Limitations:
Costly
Not always necessary unless toxicity is a concern
Conclusion
Effective surface mould analysis is crucial in identifying and managing mould contamination. Different methods provide unique insights, from basic visual inspection to advanced molecular testing. While some techniques, like tape lift and swab sampling, are useful for quick assessments, DNA-based and mycotoxin testing offer deeper analytical precision. The choice of method depends on factors such as the severity of mould growth, health risks, and the required level of analysis. By using a combination of these techniques, professionals can develop targeted remediation plans to mitigate mould-related problems effectively.
Regular monitoring and prompt action are essential to prevent mould proliferation. Whether in homes, offices, or industrial settings, investing in comprehensive surface mould analysis ensures a safer and healthier environment for everyone.
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Adenosine Triphosphate (ATP) Swab Test Market Size, Type, segmentation, growth and forecast 2023-2030
Adenosine Triphosphate (ATP) Swab Test Market
The Adenosine Triphosphate (ATP) Swab Test Market is expected to grow from USD 237.50 Million in 2022 to USD 394.00 Million by 2030, at a CAGR of 7.50% during the forecast period.
Get the Sample Report: https://www.reportprime.com/enquiry/sample-report/11055
Adenosine Triphosphate (ATP) Swab Test Market Size
The Adenosine Triphosphate (ATP) Swab Test is a reliable and efficient method to measure the presence of organic material in various applications including food and beverage, healthcare and water treatment industries. The market segment based on type is divided into Surface ATP Test and Water ATP Test, while the application segment includes Food and Beverage, Healthcare, and Water Treatment. The major regions covered in the market research report are North America, Asia Pacific, Middle East, Africa, Australia, and Europe with the leading market players being Hygiena, 3M, Charm Sciences, Kikkoman Biochemifa, Neogen, Ecolab, Merck Millipore, Lumin Ultra, Hach, Charles River, and PCE Instruments. Regulatory and legal factors specific to the market conditions include strict government approvals, certifications, and standardizations requirements. These factors have a significant impact on the growth of the Adenosine Triphosphate (ATP) Swab Test market and drive manufacturers to produce more advanced and technologically innovative products to meet regulatory standards and customer preferences.
Adenosine Triphosphate (ATP) Swab Test Market Key Player
Thermo Fisher Scientific
Roche
Qiagen
Corning
Precision System Science
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Adenosine Triphosphate (ATP) Swab Test Market Segment Analysis
The Adenosine Triphosphate (ATP) Swab Test is becoming increasingly popular in various industries due to its ability to quickly and effectively detect microbial contamination on surfaces. The target market for the ATP Swab Test includes industries such as food and beverage, pharmaceuticals, healthcare, and hospitality. These industries have strict hygiene and safety regulations that require frequent testing of surfaces to ensure they are free of harmful contaminants. The ATP Swab Test provides a simple, cost-effective solution for these industries to meet these requirements.
The major factors driving revenue growth in the ATP Swab Test market include the increasing use of ATP Swab Tests in the food and beverage industry to meet food safety regulations, the growing concern about healthcare-associated infections in healthcare facilities, and the need for consistent cleaning and sanitation in hospitality settings. Additionally, advancements in technology have led to the development of more accurate and sensitive ATP Swab Tests, further driving market growth.
The latest trends in the ATP Swab Test market include the growing use of mobile ATP testing devices, which allow for on-the-spot testing and immediate results. There is also a shift towards using ATP testing as a proactive approach to prevent contamination, rather than a reactive measure to detect contamination. Furthermore, there is an increasing focus on sustainability and reducing waste in the industry, leading to the development of more eco-friendly ATP Swab Tests.
One of the major challenges faced by the ATP Swab Test market is the lack of standardization and regulation in the industry, leading to varying levels of accuracy and reliability between different brands and types of ATP Swab Tests. Additionally, there may be a lack of understanding of the technology and its limitations, leading to improper use and inaccurate results. Education and training on proper use and interpretation of ATP Swab Tests are necessary to address these challenges.
Overall, the report's main findings indicate a positive outlook for the ATP Swab Test market, with continued growth expected due to increasing demand from various industries. Recommendations include standardization and regulation of the industry, increasing education and training on proper use of ATP Swab Tests, and further development of eco-friendly and sustainable testing options.
This report covers impact on COVID-19 and Russia-Ukraine wars in detail.
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Market Segmentation (by Application):
Food and Beverage
Healthcare
Water Treatment
Information is sourced from www.reportprime.com
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How do you know if your business is safe?
How do you know if your business is clean and safe?
That sounds like a silly question, right?
Well, it is a serious one now thanks to illness like COVID-19. Yes, it has always been important to clean your business. Especially in the foodservice industry, medical care, and other important businesses.
Now it is important everywhere. The year 2020 has brought us so many difficulties. New challenges for businesses. The likes of which we have never seen before.
In 1969 there was a flue a pandemic that no one is talking about. It killed millions worldwide and killed over 100,000 in the United States alone. At the time, the economy and businesses did not go on lockdown.
Maybe that was because there were so many other major challenges at the time. Social unrest, racial problems, even Vietnam? Who knows? What I do know is that one of the challenges everyone sees coming is a litigious one. Lawsuits will be thrown around like rice at a wedding reception.
As a business owner, you are fortunate to still have your business. What you now have to face is the challenge of reopening your business. The next challenge is to do what you can to protect your staff and customers. While doing that it will be essential to know if you are doing the right things. Taking the best steps you can.
That is where the ATP meter and the testing system comes in. Finally, a solution that allows every business owner to test their business. Test it for safety and test their cleaning procedures in place. The side benefit of this testing and good record-keeping may well be protected from legal action.
I am not a lawyer so contact your legal professional, please. But it makes sense that if you not only are cleaning using the best methods but that you are testing to prove that it helps.
Imagine you survive all of this craziness so far this year. Then in the fall you are called into court and sued out of business. That would be a disaster. Much less if something did happen and someone got sick or even deathly ill. Do not risk thinking you are doing a good job cleaning your business. Test and know that you are.
The Hygiena ATP Meter can detect biological contamination in water and on surfaces by measuring adenosine triphosphate (ATP), the universal energy molecule found in all animal, plant, bacteria, yeast, and mold cells. Residues, particularly food or organic residue, contain large amounts of ATP. When left on a surface, residues can harbor and grow bacteria, cause cross-contamination, develop biofilm, and many other problems.
The ATP meter measures contaminate at the location and display results numerically in Relative Light Units (RLU) by using bio-luminescence technology. The contamination results are easy to understand. Higher the RLU, the higher the ATP, and vice versa.
After cleaning a surface, the amount of ATP present should be significantly reduced. You can use the ATP meter, along with Ultrasnap and Aquasnap swabs, to test whether your hygiene routines are working or not.
FASTER: In 15-seconds, you will know it’s clean.
CHEAPER: For as little as $3 per test, it’s a simple and affordable way to ensure it’s clean.
BETTER: Cleaning compliance is generally 42% better with ATP testing because staff can test and monitor themselves or protocols can be verified.
The post How do you know if your business is safe? appeared first on US Steamvac.
source https://ussteamvac.com/2020/06/01/how-do-you-know-if-your-business-is-safe/?utm_source=rss&utm_medium=rss&utm_campaign=how-do-you-know-if-your-business-is-safe
0 notes
Text
How do you know if your business is safe?
How do you know if your business is clean and safe?
That sounds like a silly question, right?
Well, it is a serious one now thanks to illness like COVID-19. Yes, it has always been important to clean your business. Especially in the foodservice industry, medical care, and other important businesses.
Now it is important everywhere. The year 2020 has brought us so many difficulties. New challenges for businesses. The likes of which we have never seen before.
In 1969 there was a flue a pandemic that no one is talking about. It killed millions worldwide and killed over 100,000 in the United States alone. At the time, the economy and businesses did not go on lockdown.
Maybe that was because there were so many other major challenges at the time. Social unrest, racial problems, even Vietnam? Who knows? What I do know is that one of the challenges everyone sees coming is a litigious one. Lawsuits will be thrown around like rice at a wedding reception.
As a business owner, you are fortunate to still have your business. What you now have to face is the challenge of reopening your business. The next challenge is to do what you can to protect your staff and customers. While doing that it will be essential to know if you are doing the right things. Taking the best steps you can.
That is where the ATP meter and the testing system comes in. Finally, a solution that allows every business owner to test their business. Test it for safety and test their cleaning procedures in place. The side benefit of this testing and good record-keeping may well be protected from legal action.
I am not a lawyer so contact your legal professional, please. But it makes sense that if you not only are cleaning using the best methods but that you are testing to prove that it helps.
Imagine you survive all of this craziness so far this year. Then in the fall you are called into court and sued out of business. That would be a disaster. Much less if something did happen and someone got sick or even deathly ill. Do not risk thinking you are doing a good job cleaning your business. Test and know that you are.
The Hygiena ATP Meter can detect biological contamination in water and on surfaces by measuring adenosine triphosphate (ATP), the universal energy molecule found in all animal, plant, bacteria, yeast, and mold cells. Residues, particularly food or organic residue, contain large amounts of ATP. When left on a surface, residues can harbor and grow bacteria, cause cross-contamination, develop biofilm, and many other problems.
The ATP meter measures contaminate at the location and display results numerically in Relative Light Units (RLU) by using bio-luminescence technology. The contamination results are easy to understand. Higher the RLU, the higher the ATP, and vice versa.
After cleaning a surface, the amount of ATP present should be significantly reduced. You can use the ATP meter, along with Ultrasnap and Aquasnap swabs, to test whether your hygiene routines are working or not.
FASTER: In 15-seconds, you will know it’s clean.
CHEAPER: For as little as $3 per test, it’s a simple and affordable way to ensure it’s clean.
BETTER: Cleaning compliance is generally 42% better with ATP testing because staff can test and monitor themselves or protocols can be verified.
The post How do you know if your business is safe? appeared first on US Steamvac.
from US Steamvac https://ussteamvac.com/2020/06/01/how-do-you-know-if-your-business-is-safe/?utm_source=rss&utm_medium=rss&utm_campaign=how-do-you-know-if-your-business-is-safe from US Steam VAC https://ussteamvac1.tumblr.com/post/619776079396208640
0 notes
Text
How do you know if your business is safe?
How do you know if your business is clean and safe?
That sounds like a silly question, right?
Well, it is a serious one now thanks to illness like COVID-19. Yes, it has always been important to clean your business. Especially in the foodservice industry, medical care, and other important businesses.
Now it is important everywhere. The year 2020 has brought us so many difficulties. New challenges for businesses. The likes of which we have never seen before.
In 1969 there was a flue a pandemic that no one is talking about. It killed millions worldwide and killed over 100,000 in the United States alone. At the time, the economy and businesses did not go on lockdown.
Maybe that was because there were so many other major challenges at the time. Social unrest, racial problems, even Vietnam? Who knows? What I do know is that one of the challenges everyone sees coming is a litigious one. Lawsuits will be thrown around like rice at a wedding reception.
As a business owner, you are fortunate to still have your business. What you now have to face is the challenge of reopening your business. The next challenge is to do what you can to protect your staff and customers. While doing that it will be essential to know if you are doing the right things. Taking the best steps you can.
That is where the ATP meter and the testing system comes in. Finally, a solution that allows every business owner to test their business. Test it for safety and test their cleaning procedures in place. The side benefit of this testing and good record-keeping may well be protected from legal action.
I am not a lawyer so contact your legal professional, please. But it makes sense that if you not only are cleaning using the best methods but that you are testing to prove that it helps.
Imagine you survive all of this craziness so far this year. Then in the fall you are called into court and sued out of business. That would be a disaster. Much less if something did happen and someone got sick or even deathly ill. Do not risk thinking you are doing a good job cleaning your business. Test and know that you are.
The Hygiena ATP Meter can detect biological contamination in water and on surfaces by measuring adenosine triphosphate (ATP), the universal energy molecule found in all animal, plant, bacteria, yeast, and mold cells. Residues, particularly food or organic residue, contain large amounts of ATP. When left on a surface, residues can harbor and grow bacteria, cause cross-contamination, develop biofilm, and many other problems.
The ATP meter measures contaminate at the location and display results numerically in Relative Light Units (RLU) by using bio-luminescence technology. The contamination results are easy to understand. Higher the RLU, the higher the ATP, and vice versa.
After cleaning a surface, the amount of ATP present should be significantly reduced. You can use the ATP meter, along with Ultrasnap and Aquasnap swabs, to test whether your hygiene routines are working or not.
FASTER: In 15-seconds, you will know it’s clean.
CHEAPER: For as little as $3 per test, it’s a simple and affordable way to ensure it’s clean.
BETTER: Cleaning compliance is generally 42% better with ATP testing because staff can test and monitor themselves or protocols can be verified.
The post How do you know if your business is safe? appeared first on US Steamvac.
from US Steamvac https://ussteamvac.com/2020/06/01/how-do-you-know-if-your-business-is-safe/?utm_source=rss&utm_medium=rss&utm_campaign=how-do-you-know-if-your-business-is-safe
0 notes
Text
How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
0 notes
Text
How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
0 notes
Text
How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
0 notes
Text
How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
0 notes
Text
UltraSnap™ ATP Hygiene Swabs are user-friendly, pen-sized surface ATP tests designed for use with Hygiena luminometers, offering accurate hygiene monitoring with long-lasting signal strength and eco-friendly design.
0 notes
Text
How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
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How is the bacteria detection instrument applied to the on-site health rapid detection?
Bacteria detection instruments are commonly known as atp fluorescence detection, which is mainly based on the principle of firefly luminescence, using the luciferase-luciferin system "to quickly detect adenosine triphosphate (ATP), adenosine triphosphate (ATP) widely exists in various organisms, is a special kind of biological cells The free energy carrier is used to store and transfer chemical energy, and sometimes constitutes a direct source of energy for all life activities.
The reaction principle of detection in the bacteria detection instrument:
The ATP biofluorescence method actually uses a biochemical reaction, that is, luciferin and oxygen react with ATP under the catalysis of Mg2 + and luciferase, which converts chemical energy into light energy, producing fluorescence at a wavelength of 560 nm, while in other reactions In the case of excess, the fluorescence intensity is proportional to the ATP content, so the ATP content in the sample can be indirectly determined by measuring the fluorescence intensity.
When the bacteria die, under the action of enzymes in the cell, ATP can be broken down quickly and can release a lot of energy. Therefore, by measuring the content of ATP in a sample containing biological factors, the condition of microorganisms in the sample can be reflected indirectly.
Bacteria testing equipment
In recent years, in the evaluation and testing of the cleaning quality of medical devices and various items, the ATP biofluorescence method has been widely used as a rapid on-site detection method for on-site cleaning or disinfection.
Bacteria detection instruments are widely used and can be used in: food, medical and health, pharmaceutical, daily chemical, papermaking, industrial water treatment, national defense and environmental protection, water administration, customs entry and exit quarantine and other law enforcement departments and other industries.
Especially in the field of food safety, bacteria testing equipment has become an indispensable testing equipment for food and drug supervision and management at all levels. It is mainly used for the detection of food processing appliances, employees, food processing environment, microbiological and hygienic status of food processing raw materials.
The handheld bacteria detection instrument can be quickly used for on-site hygiene testing. The main steps are:
1. Turn on the machine, click on the test, the instrument prompts "put tester" to enter the test interface;
2. Remove the swab from the refrigerator, leave it for 10-15 minutes, and use it after returning to room temperature;
3. Remove the swab from the sleeve, pinch the connector with one hand, and wipe the surface of the object, inclined 45 °, 10 × 10 cm surface;
4. Insert the collector back into the casing;
5. Squeeze the connector with one hand and the upper part of the capsule with one hand and bend it back and forth until the valve is broken;
6. Squeeze the swab head 3 times, so that all the liquid in the swab head is squeezed out;
7. Squeeze the swab head, shake the swab down 5 times, and insert the swab into the instrument immediately.
8. Click Test, and the test result will be displayed after 15S. (Manually save results)
Bacteria testing equipment
9. The test results are divided into three types
(1) Test data ≤ lower limit
(2) Test data> lower limit value ≤ upper limit value
(3) Test data> upper limit
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Que kiểm tra nhanh protein bề mặt dây chuyền sản xuất chất lượng. Việt Sinh công ty tư nhân nơi cung ứng thiết bị phòng thí nghiệm cao cấp. Sản phẩm Path-Chek Hygiene đạm Swab được sử dụng để đánh giá hàm lượng ATP trên các bề mặt dây chuyền cung ứng, dụng cụ, thiết bị… để kiểm tra mức vệ sinh nơi được kiểm tra. Sản phẩm được sử dụng để kiểm tra an toàn lương thực thực phẩm cho khách sạn, nhà hàng, nhà máy sản xuất… chỉ với các thao tác đơn giản và cho Kết quả chóng vánh. Que kiểm tra nhanh đạm bề mặt dây chuyền sản xuất thống số Tên sản phẩm: Path-Chek Hygiene đạm Swab Mỗi gói Path-Chek Hygiene đạm chứa 50 swabs với 2 đầu thực hiện 100 tests. Kết cục có sau 5s ko nên tiêu dùng thiết bị xét nghiệm giá thành công hiệu – 2 thí nghiệm trên mỗi miếng gạc khi chưa mở hộp bảo quản Path-Chek Hygiene protein ở 4-25°C. Sau lúc mở hộp bảo quản ở 2-8°C. Mã PC005-100 100tests Mã PC005-050 50tests Mã PC005-020 20tests Xuất xứ: MICROGEN – nước Anh
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How do you know if your business is truly clean and safe?
How do you know if your business is really clean and safe?
You might be running a business and are not sure whether the business premises are safe. What you should know is that viruses and germs could be spread from one of your clients to another through your business. This is why you will need to employ the best way of disinfecting your premises to avoid such instances.
You can never be sure that your business is clean and safe from viruses and germs. These are microorganisms that can’t be seen with open eyes. The only way to assure this is by using the most appropriate and thorough cleaning option for disinfecting your business spaces. That is why the use of steam cleaning is recommended for cleaning viruses as well as other disease-causing organisms that may be spread from one person to another.
You can also ventilate your business and also encourage the use of sanitizers by everyone on the premises. This will not only guarantee the safety of the clients but also to you and your employees.
An infected person might touch a metallic object on your business premises, such as a doorknob or even equipment, and this might lead to several infections. The virus or germ might be able to last on that surface for as long as four hours and this is a cause for worry. That is why as a business owner, you need to guarantee the safety of your clients and guests by using the most effective disinfectant you can get.
Use of steam cleaners to disinfect businesses
Use of sanitizers might work but they are not the best option to go for if you want to fight against the spread of germs and viruses on a large scale like in an office. What you should try is the BlueEvolution S+ which is a steam cleaner that uses heat to disinfect surfaces from germs. This is an effective steam cleaner that is worth a try.
The BlueEvolution S+ is an innovation that is effective for cleaning large commercial spaces like your businesses. It combines the use of hot steam, pressure, and extraction of the germs, viruses, and any other dirt particles that you have cleaned from a surface.
What this innovation provides is an effective way of cleaning large commercial spaces because of its design. It can use steam cleaning to clean equipment effectively and this will take the least time possible as it makes the whole process simple and thorough. It can also work to clean the hard to reach spots of your offices such as beneath some equipment or in corners. That is why it is recommended if you want to be sure that your business area is clean and safe from the spread of viruses.
As a business owner, you need to guarantee the safety of your clients by employing the best disinfecting option. This is because your business premise is one potential area that might lead to spread and infections of several deadly viruses if not well disinfected. Cleaning viruses, therefore, has to be undertaken in the most effective manner possible.
You can also test to make certain your cleaning measures are working.
Never before was lab-quality testing available in a mobile unit. These tests really give you detailed results you can trust. The APT Meter offers all of these benefits.
An inexpensive tool to a highly efficient cleaning verification program
Highly Sensitive adenosine triphosphate (ATP) Meter
Results in 15-seconds
Luminometer (Detects 0.01 Femtomoles of ATP)
Used in Conjunction with Ultrasnap and Aquasnap ATP Swabs
Ideal for Hygiene Testing in Food and Beverage, Water Quality, Healthcare Industry, and More
Learn more about the Healthcare benefits of a cleaning verification program with ATP.
Learn how ATP Cleaning Verification Study Summaries 1117 can help your facility.
The post How do you know if your business is truly clean and safe? appeared first on US Steamvac.
source https://ussteamvac.com/2020/05/24/how-do-you-know-if-your-business-is-truly-clean-and-safe/?utm_source=rss&utm_medium=rss&utm_campaign=how-do-you-know-if-your-business-is-truly-clean-and-safe
0 notes
Text
How do you know if your business is truly clean and safe?
How do you know if your business is really clean and safe?
You might be running a business and are not sure whether the business premises are safe. What you should know is that viruses and germs could be spread from one of your clients to another through your business. This is why you will need to employ the best way of disinfecting your premises to avoid such instances.
You can never be sure that your business is clean and safe from viruses and germs. These are microorganisms that can’t be seen with open eyes. The only way to assure this is by using the most appropriate and thorough cleaning option for disinfecting your business spaces. That is why the use of steam cleaning is recommended for cleaning viruses as well as other disease-causing organisms that may be spread from one person to another.
You can also ventilate your business and also encourage the use of sanitizers by everyone on the premises. This will not only guarantee the safety of the clients but also to you and your employees.
An infected person might touch a metallic object on your business premises, such as a doorknob or even equipment, and this might lead to several infections. The virus or germ might be able to last on that surface for as long as four hours and this is a cause for worry. That is why as a business owner, you need to guarantee the safety of your clients and guests by using the most effective disinfectant you can get.
Use of steam cleaners to disinfect businesses
Use of sanitizers might work but they are not the best option to go for if you want to fight against the spread of germs and viruses on a large scale like in an office. What you should try is the BlueEvolution S+ which is a steam cleaner that uses heat to disinfect surfaces from germs. This is an effective steam cleaner that is worth a try.
The BlueEvolution S+ is an innovation that is effective for cleaning large commercial spaces like your businesses. It combines the use of hot steam, pressure, and extraction of the germs, viruses, and any other dirt particles that you have cleaned from a surface.
What this innovation provides is an effective way of cleaning large commercial spaces because of its design. It can use steam cleaning to clean equipment effectively and this will take the least time possible as it makes the whole process simple and thorough. It can also work to clean the hard to reach spots of your offices such as beneath some equipment or in corners. That is why it is recommended if you want to be sure that your business area is clean and safe from the spread of viruses.
As a business owner, you need to guarantee the safety of your clients by employing the best disinfecting option. This is because your business premise is one potential area that might lead to spread and infections of several deadly viruses if not well disinfected. Cleaning viruses, therefore, has to be undertaken in the most effective manner possible.
You can also test to make certain your cleaning measures are working.
Never before was lab-quality testing available in a mobile unit. These tests really give you detailed results you can trust. The APT Meter offers all of these benefits.
An inexpensive tool to a highly efficient cleaning verification program
Highly Sensitive adenosine triphosphate (ATP) Meter
Results in 15-seconds
Luminometer (Detects 0.01 Femtomoles of ATP)
Used in Conjunction with Ultrasnap and Aquasnap ATP Swabs
Ideal for Hygiene Testing in Food and Beverage, Water Quality, Healthcare Industry, and More
Learn more about the Healthcare benefits of a cleaning verification program with ATP.
Learn how ATP Cleaning Verification Study Summaries 1117 can help your facility.
The post How do you know if your business is truly clean and safe? appeared first on US Steamvac.
from US Steamvac https://ussteamvac.com/2020/05/24/how-do-you-know-if-your-business-is-truly-clean-and-safe/?utm_source=rss&utm_medium=rss&utm_campaign=how-do-you-know-if-your-business-is-truly-clean-and-safe from US Steam VAC https://ussteamvac1.tumblr.com/post/619028661651259392
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