6 Reasons Why You Should Use These Serological Pipettes

Serological pipettes

Serological pipettes or volumetric transfer pipettes are liquid handling devices used to transfer a desired volume of solution from one receptacle to another container. Globe Scientific is known as a producer of exceptional quality laboratory supplies and their unique UniPlast™ plastic serological pipettes are a perfect example.

1. One-Piece Construction

These pipettes are manufactured from a single piece of polystyrene plastic, which eliminates the weld point that are commonly found in other brands of pipettes. Some pipette manufacturers weld the pipette tip and mouth pieces to the main pipette body, these “weld points” can trap liquid and can cause inaccuracies. The UniPlast™ pipette is constructed of a smooth one-piece, FDA grade polystyrene plastic, which incorporates a seamless design that eliminates the potential for trapped liquids. This unique design provides faster fill and release rates, while also ensuring a complete flow out of the sample and also offers a higher degree of accuracy.

2. Aerosol Barrier Filter (Plug)

The UniPlast serological pipettes utilize an aerosol barrier plug that prevents both fluid and liquid vapors from contaminating the pipettor and sample. Unlike cotton plugs, the aerosol barrier filter, made from bonded polyolefin fiber provides better protection and reduces the chance of over pipetting and the potential contamination of the pipetting device.

3. Ergonomic

The UniPlast Serological pipettes are shorter than most other serological pipette brands. The short, compact reservoir design of these pipettes makes them easier to handle and move throughout the laboratory. You will notice the improved comfort while working in tight spaces and under lab hoods for extended periods of time.

4. Convenient

The specially designed tip is able to accommodate more viscous liquids. The inside diameter of the serological pipette ranges from 1.56mm for the 1 mL up to 4.50mm for the 25 mL pipette. See the table below for more inside dimeters.

Serological Pipette Tip Diameters 

ItemVolume (mL)Tip Outside Diameter (mm)Tip Inside Diameter (mm)
1700/1710/17151 mL2.98mm O.D.1.56mm I.D.
1720/1730/17352 mL2.98mm O.D.1.95mm I.D.
1740/1750/17555 mL3.43mm O.D.2.54mm I.D.
1760/1770/177510 mL3.35mm O.D.2.80mm I.D.
1780/178425 mL5.10mm O.D.4.50mm I.D.

5. Accurate

The UniPlast serological pipette has printed black graduations which prevent ambiguity while measuring the amount of liquid being aspirated or dispensed. This feature guarantees precise readings with less than 2% inaccuracy at full volume. Reverse graduations are available for all five volumes and negative graduations are included on all pipettes with the exception of the 25 mL volume.

6. Color Coded

The UniPlast serological pipette is color coded to meet ASTM E1380 standards.

ASTM E1380

Standard specification for color coding of laboratory pipets with multiple graduations, 0.1 mL and larger, nut excluding disposable prothrombin and disposable micropipets.

Fits All Major Pipettors

Designed to fit all major brands of pipettors these ergonomic serological pipettes offer a smooth one-piece construction for consistent results. These pipettes are manufactured under strict ISO 9001:2008 standards and are calibrated for accuracy. All UniPlast™ serological pipettes are non-pyrogenic, non-cytotoxic and non-hemolytic. Sterilized by gamma irradiation, these pipettes are RNase-free and DNase-free.

25 mL UniPlast Plastic Serological Pipette Demo Video

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The pipettes are available in multiple sizes: 1ml, 2mL, 5mL, 10mL, and 25 mL to handle a wide-range of liquid handling applications.The pipettes come wrapped in peel packs, which are made from polyethylene plastic and medical paper. This design makes them easy to peel apart for quick removal. The UniPlast™ Serological Pipettes will be a welcomed addition to any laboratory looking for consistent and accurate results for transferring milliliter volumes of liquid.

The 5S Approach To A Lean Lab

What is Lean?

Lean production (lean) is a popular quality improvement methodology that can be traced back to manufacturing and technology. Lean manufacturing principles can be used to improve efficiency in the laboratory environment. Lean has been adopted by many health care organizations and laboratories to help eliminate waste, organize the workplace, streamline procedures and establish clear, visual standards.

According to a 2007 white paper written by the Mayo Clinic Mayo Medical Laboratories “Innovations in the Clinical Laboratory – An Overview of Lean Principles in the Laboratory,” Lean is a based on eliminating waste and continuous improvement: “This is done while intently concentrating on eliminating redundant motion, recognizing waste, and identifying what creates value from the client’s perspective. Lean is a continuous process improvement initiative and not an end destination.”

What is 5S Lean?

The disciplined approach of the lean methodology provides many benefits:

  • Reduces waste/clutter
  • Creates a culture of responsibility
  • Increased lab safety
  • Enhance employee morale and involvement
  • Organization
  • Cleanliness
  • Space savings
  • Increases inventory control
  • More consistent experiments
  • Increases productivity
  • Faster onboarding of new employees
  • Timely delivery of supplies

Simply put, 5S Lean is an enabler of waste-free production that supports an operating philosophy that emphasizes discipline, efficiency, and attention to detail. In the modern lab, where many labs have faced reduced budgets and fewer staff members, adopting the lean methodology can result in a more cost-effective and safer way to manage processes. Applying the 5S lean methodology in the laboratory environment will improve efficiencies and lab safety for current and future employees.

What are the 5 S’s?

There are five phases of the 5S Lean methodology, you may be familiar with the Japanese names, here are the five phases translated into English. It is important to note that you will want to establish a baseline for the target work areas before you begin the implementation process. This way you are able to document your baseline “before” condition with pictures and a description of the original work area configuration to use as a comparison during future audits.

  • Sort
  • Set in Order
  • Shine
  • Standardize
  • Sustain

Sort (Seri) is based on removing unnecessary items and disposing of them properly. Work is made easier by eliminating obstacles and you will reduce the chance of being disturbed by unnecessary items in the lab. This phase will also help prevent the accumulation of unnecessary items and it will also assist in the evaluation of necessary items with regard to debt, cost, and other important factors.

Key steps

  • Establish a holding area for items (e.g. red tag area)
  • Identify items not required at the current location
  • Organize team members to evaluate items in the holding area
  • Dispose of items with team approval

Set in Order (Seiton) is where you arrange all necessary items in order so they can be easily picked up for use. This phase focuses on preventing loss and wasting time, making it easy to find and identify the necessary tools, equipment, and supplies. You will want to identify sources of waste and rearrange items.

Key Steps

  • Identify necessary tools, equipment, and supplies
  • Determine location for necessary items
    • Item location considerations (pipettes will be used daily)
      • Daily use (lab bench) e.g. Pipettes
      • Weekly use (common storage area) e.g. buffer solutions
      • Monthly use (remote storage area) e.g. highly specialized lab items
  • Designate and outline permanent locations for items
    • How to set in order
      • Define the major processes performed
      • For each process, draw a map of the locations of each activity
      • Identify sources of waste and develop corrective measures
      • Position items where they are needed based on frequency
  • Organization of supplies
    • Determine address system with part number and address
    • Label container with part number
    • Note minimum and maximum quantity if appropriate
      • Inventory bins and shelves (holding product)
        • 2 bin system (2 bins for each product and once 1 bin is empty you will want to refill the bin)
        • Min/Max (max red line and minimum green line)
      • Relocating laboratory equipment such as digital dry baths, mini water baths, microscopes that are located throughout the laboratory into a more convenient location that is within reach and an open workspace.

Shine (Seiso) or clean is an important phase, especially while working in the laboratory environment. By thoroughly cleaning your work areas in the laboratory, you use cleaning as a means of inspection, you can keep your lab area safe from hazards and clutter which can result in inefficiencies. Getting in the habit of cleaning and inspecting your laboratory work space you will be able to identify leaks, spills, potential contamination, or any other minor problems that could turn into larger problems down the road.

Key Steps

  • Clean thoroughly – really make it shine!
  • Clean and inspect lab work areas daily to identify any potential issues or problems

Standardize (Seiketsu) phase is focused on maintaining order and adhering to a set standard. This is where you or your team will develop standard operating procedures (SOPs) which help in the in the on-boarding of new employees, saves time for routine tasks and improves overall efficiency. You will also want to document equipment and processes while developing an audit schedule and assigning specific tasks to individuals. Establishing a methodology to ensure a consistent strategy for successful 5S implementation is an important consideration and will impact the overall effectiveness of the initiative.

Key Steps

  • Develop SOPs (standard operating procedures) Helpful for new employees, saves time and improves efficiency
  • Document equipment and processes
  • Develop and audit schedule and assign tasks to individuals
  • Establish a methodology to ensure consistent strategy for 5S implementation
    • 5S taping standard
      • MIcroscope room (blue and yellow tape)
      • Standardize a bench (each bench has a standard layout)
        • Storage area for chemicals and solutions
          • Pipettes, sharps containers and tips
          • Biological cabinet (no tape) post a picture instead

Sustain (Shitsuke) is the most challenging and difficult stage for most organizations. Although this may be the most trying of phases, it is also the one with the largest payoff. You will want to regularly communicate and train employees to adopt the 5S methodology and adhere to the 5 phases to keep your lab running smoothly and efficiently. This portion of the 5S will have the highest level of variability since every lab and organization is different. It is important to define your measures of performance (MOPs) early, doing so will allow you to begin tracking your results immediately.

Key Takeaways

  1. Sort, separate what is unnecessary
  2. Set in Order, organize
  3. Shine, clean up
  4. Standardize, establish standard operating procedures
  5. Sustain, develop long-lasting habits

“The main objective of Lean, when applied in the laboratory, is to deliver quality patient laboratory results, at the lowest cost, within the shortest time frame while maintaining client satisfaction.” -Mayo Clinic Mayo Medical Laboratories

The Lean methodology is an extremely powerful tool when used properly. Every organization is different and this methodology will have to be adapted to your organizations unique needs and requirements. Remember, driving lean improvements can seem challenging at times, but when you utilize the proper tools, approach, and support, you can make a difference in your organization.

References

Amirahmadi, Fazi, Al Dalbello, Dan Gronseth, and Jean McCarthy. “Innovations in the Clinical Laboratory: An Overview of Lean Principles in the Laboratory.” (2007): 2. Mayo Medical Laboratories. Aug. 2007. Web. 28 Oct. 2009.

Ball, Dr. David [Virginia Bioinformatics Institute at Virginia Tech]. (2014, July 24). 5S Organization in the Peccoud Lab Retrived from https://www.youtube.com/watch?v=K_gmFiXgFY

Hirano, Hiroyuki (1995). 5 Pillars of the Visual Workplace. Cambridge, MA: Productivity Press. ISBN 978-1-56327-047-5.

3 Different Types of Serological Pipettes

Serological Pipettes

The serological pipette is commonly found and used in most laboratories for transferring milliliter volumes of liquid ranging from 1 milliliter to 50 milliliter. Pipettes are available in plastic or glass, for the purpose of this post we will be focusing on single-use, polystyrene plastic serological pipettes. We will be reviewing three types of serological pipettes, each type of pipette is designed for specific applications.

Open-End Pipettes

The Open-end pipettes are specially designed pipettes that feature an open-end for use with high viscosity liquids. The open-end design allows the pipettes to aspirate and dispense viscous liquids quickly and easily. Therefore, the fast fill and release rates make these pipettes well suited for use with oils, cosmetics, paint, sludge, food and cell culture applications. These open-ended pipettes are constructed of polystyrene plastic and provide a safer alternative to glass pipettes.

Liquid vapor and fluid contamination to the pipettor and sample is significantly reduced with fiber filter plug located at the end of the pipette tip. These non-pyrogenic pipettes are sterilized by gamma irradiation and come individually wrapped in thermoformed paper/plastic peel packaging. The pipettes are available in 1 mL, 2 mL, 5 mL, and 10 mL sizes. Color coded to meet industry standard ASTM E1380 for easy identification these open-end pipettes are an excellent choice for efficient liquid handling.

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Bacteriological Pipettes

Used primarily in the examination of dairy products, milk or bacteriological pipettes are designed for use in the dairy field and meet the American Public Health Association (A.P.H.A) standard for the Examination of Dairy Products. These polystyrene milk pipettes are available in 1.1 mL and 2.2 mL sizes.

These sterile,non-pyrogenic, single-use bacteriological pipettes are sterilized by gamma irradiation and come individually wrapped in thermoformed paper/plastic peel packaging. These pipettes utilize a fiber filter that helps prevent fluid and liquid vapor contamination of samples and the pipette’s internal mechanism. This pipette is calibrated to deliver (TD) at +/- 2% and meets ASTM E934 standards.

Aspirating Pipettes

Unlike open-end and bacteriological pipettes, aspirating pipettes are completely transparent and do not have gradations. Designed for the transfer and mixing of liquids, they are used in a wide variety of applications, such as vacuum or pipettor aspiration procedures. These single-use, non-pyrogenic, non-plugged polystyrene pipettes are a safer alternative to glass Pasteur pipettes.

These aspirating pipettes come individually wrapped in thermoformed plastic/paper peel to protect against contamination. Sterilized by gamma irradiation, these pipettes have a sterility assurance level (SAL) of 10-6 .

Serological Pipettes: A Useful Tool For Transferring Solutions

Now that we have reviewed the three different types of serological pipettes available, you should have a better understanding of the unique capabilities of each type of pipette. For added flexibility and convenience, different sizes of pipettes can be used with the same pipette controller for a variety of experimental assays.

By following proper pipetting techniques while aspirating or dispensing liquids, serological pipettes can be useful tools for transferring milliliter volumes of solutions in your lab.

3 Safer Alternatives To Mouth Pipetting

Pipette controllers or fillers are used to draw liquid into a serological pipette. There are three different types of pipette controllers, ranging from simple rubberized bulbs to the more sophisticated motorized microprocessor controlled pipette fillers. These near ubiquitous liquid handling instruments may seem banal to some, but prior to the 1970’s, pipette controllers did not exist. However, laboratories did have pipettes and the need to transfer liquid from one container to another.

Before The Pipette Controller: How did they do it?

Mouth pipetting. Yes, mouth pipetting. If you’re not familiar with the term, fear not, a brief explanation is in order. If you have used one of the three types of pipette controllers, you are aware that the bulb or motorized controller draws the liquid into the pipette. When one is mouth pipetting they draw the liquid into the pipette using suction created by their mouth. Think about the types of toxic and corrosive substances, researchers and scientists exposed themselves to when they would use the mouth pipetting technique. There is a great article on the Discover blog that goes into more details if you are interested in learning more about the dangers of mouth pipetting. This technique has been banned in all laboratories because of its associated health risks.

Simple Yet Effective The simplest type of pipette controller is of the rubberized bulb variety. The rubber pipette filler is designed for an efficient one-handed operation. Many of these fillers come with three valves so that you can control air evacuation, liquid uptake, and liquid dispensing quickly and easily. There are also two valved pipette fillers that release through an automatic valve. Although there are some slight differences in pipette fillers vary by the manufacturer the overall principle is the same.

Simple Pipetting Aids

Hybrid Pipette Controllers Blending the simplicity of the bulb styled pipette-aid with the ergonomic styling of a manual pipette controller, these unique pipette controllers will allow for even finer control of volumetric and serological pipettes.

Lightweight and Easy To Use

The RF1000 Pipette Controller from Heathrow Scientific is uniquely designed for one-hand operation. The replaceable and autoclavable tapered silicon pipette adapter allows for a large range of pipette sizes ranging from 1 to 50 milliliters. The intuitive design allows for simple and easy liquid transfer throughout your laboratory, squeeze the main bulb and push the toggle forward to aspirate or back to dispense. Expel any remaining liquid by pushing the blowout bulb conveniently located above the toggle for one-handed operation. This versatile pipette controller is compatible with common, readily available replacement filters, which helps reduce the cost of ownership over time. Storage is a breeze with the magnetic wall mount that will help prevent damage and contamination to your pipette controller.

Simplifies Pipetting

The macro pipette controller from BrandTech Scientific has been a laboratory standard for decades, the newest version has been completely redesigned for enhanced precision and control of all volumetric and serological pipettes from 0.1-200 milliliters. The features that made the macro pipette controller so popular in the lab, including the “one-size-fits-all” silicone adapter, the reinforced ridge for easy tip wiping, and the sensitive toggle for smooth aspiration and dispensing, have all been retained in the new version. The ease of use makes this pipette controller an excellent tool for laboratories with multiple and novice users. The macro eliminates the awkward hand positioning associated with rubber pipette bulbs while increasing control of meniscus-level and flow rate. This pipette controller is lightweight and features a relaxed grip design and low-resistance operation which minimizes strain from prolonged pipetting.

Increase Efficiency with Motorized Pipette Controllers

Quickly and easily transfer liquids throughout your lab with the push of a button. These pipette controllers have improved liquid transport dramatically from the days of the unsafe practice of mouth pipetting. These innovative automatic pipettors provide rapid, yet sensitive aspiration and dispensing.

The New Standard In Pipette Controllers

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BRAND accu-jet pro

The BRAND accu-jet pro pipette incorporates comfort and performance features that make it one of the most popular pipette controllers on the market. The well balanced and lightweight, accu-jet pro is contoured to accommodate both small and large hands. The ergonomic design eliminates pressure points and provides low-fatigue pipetting operation. The pressure-sensitive buttons control pipetting speeds and the motor-speed-limiter improves accuracy when working with small volume pipettes. The accu-jet offers advanced electronic features including an LED battery indicator, a long-life, environmentally friendly Nickel-Metal hydride battery, speed limiter, and two delivery modes. The dual-mode charger provides a quick charging in only four hours, after the full charge is complete, the charger switches to a pulsed mode to extend battery performance and life. The battery is easily accessible and the controller comes with two different style covers depending on your preferred storage method, benchtop or wall mounted. The charging socket is conveniently located on the bottom of the grip allowing you to pipette and charge simultaneously.  The accu-jet comes in four different color accents for personal preference or color-coding of laboratory application.

Packed With Features For Comfort And Accurate Pipetting

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Heathrow Scientific RF3000

The RF3000 from Heathrow Scientific has a powerful, microprocessor controlled pump with adjustable valves that provides accurate and dependable aspiration and dispensing of liquids. The universal grip and soft coated triggers are perfect for both right and left handed users. The well balanced controller offers users a comfortable experience when working with a loaded pipette. The UV resistant housing extends the life of the controller when exposed to UV sterilization. The RF3000 comes with five autoclavable nose cones including one small pipette adapter, and three replacement 045 microliter filters for added versatility. Filters are readily available, so you are not tied into a pipette specific brand which will help reduce the overall cost of ownership. The small pipette adapter can be fitted to the nose cone to stabilize small volume and thinner pipettes. The controller includes a long-life Li-Ion Battery, with a quick charge feature that provides up to 20 hours of continuous use. Bright LED’s indicate three operational modes, high, low, and gravity, which are activated by repeatedly pressing a large mode button that is in easy reach of your thumb when in use. The RF3000 comes with a magnetic wall mount and a benchtop charging station, making this pipette controller a welcomed addition to your laboratory.

Portable Pipette Controller

The Diamond SeroLogic portable pipette controller is a rechargeable electronic pipetting aid designed for use with glass or serological pipettes ranging from 0.1 to 100 milliliter. The lightweight and ergonomic design provides you with effortless pipetting even during extensive use. The powerful 3-speed motor controlled with soft-grip buttons provides you with up to eight hours of continuous use. The conveniently located speed control switch allows you to operate the controller with one hand. The SeroLogic pipette controller offers a low battery indicator and comes with two 1000mAH NiMH rechargeable batteries and an intelligent battery charger that protects against overcharging, overheating and short circuiting. A safety valve and replaceable membrane filter provide double protection against fluid and aerosol contamination. The Diamond SeroLogic portable pipette controller includes a desktop stand for bench top mounting and a wall mounting bracket for added flexibility.

3 Much Safer Alternatives

Now that we have reviewed several safer alternatives to mouth pipetting, you should feel confident in selecting your next pipette filler/controller for your laboratory. Each type of pipette controller has specific benefits and features that you will want to carefully consider before making your decision. We have produced several product demo videos to help you understand the different benefits offered by each type of controller. We hope this guide was informative and helpful during your selection process, we’d like your feedback. If you have any questions or comments, please feel free to reach out to us on social media or simply leave a comment below.

Heathrow Scientific Pearl Pipettes Adjustable Volume

Precision Liquid Handling

The Pearl Pipette is an air displacement pipette that is made from temperature and chemical resistant materials including polypropylene and stainless steel. The pipette is equipped with a tip ejector to easily remove the used tip during operation.

Air Displacement Pipettes

Commonly used in biology and biochemistry, air displacement pipettes are piston-driven micropipettes, which are tools used to handle volumes of liquid in the microliter scale. Micropipettes are the most accurate and  precise pipettes.

Digital Volume Meter

The Pearl Pipette is equipped with a digital volume meter which is used to display the volume. The plunger button is color coded and the maximum volume for the pipette is shown on the top of the plunger button.

Brightly Color Coded And Labeled With Volume Range 

(both top and side for quick visual confirmation)

The Pearl Pipettes Adjustable Volume Micropipettes provide you with a complete range of single channel and eight-channel pipette volumes to meet all of your liquid handling needs.

Pipette DescriptionColorProduct CodeNumber of ChannelsVolume Range
Pearl Adjustable Micro PipettorGreenHS120097Single0.1-2µL
Pearl Adjustable Micro PipettorLight BlueHS120098Single0.5-10µL
Pearl Adjustable Micro PipettorDark BlueHS120101Single10-100µL
Pearl Adjustable Micro PipettorCyanHS120104Single100-1000µL
Pearl Adjustable Micro PipettorRedHS120106Single1000-10000µL
Pearl Adjustable Micro PipettorLight PurpleHS120099Single2-20µL
Pearl Adjustable Micro PipettorYellowHS120102 Single20-200µL
Pearl Adjustable Micro PipettorPurpleHS120103Single30-300µL
Pearl Adjustable Micro PipettorOrange HS120100Single5-50µL
Pearl Adjustable Micro PipettorPinkHS120105Single500-5000µL
Pearl Adjustable Micro PipettorOrangeHS120215Eight5-50µL
Pearl Adjustable Micro PipettorPurpleHS120216 Eight30-300µL

 

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Unique Features 

  • Precision metal components for both shaft and barrel ensure reliable performance and long life
  • Slight downward slant to tip ejector button reduces hand fatigue, incidence of repetitive strain injury (RSI)
  • Volume adjustment and low-force dispensing for all-in-one button convenience
  • Ergonomically designed finger hook
  • Isolated volume locking ring prevents accidental volume changes
  • 3-position volume display
  • Each unit is brightly color coded

Sleek Ergonomic Design Helps Reduce Fatigue

The Pearl Pipettes Adjustable Volume micropipettes are available in a complete range of single and eight channel volumes to cover all of your liquid handling needs. With the sleek ergonomic design and low-force dispensing plunger you will notice reduced hand fatigue after a day of pipetting in the laboratory. Requiring 2/3rd the operating pressure of most standard pipettes, the Pearl Pipettes help reduce the incidence of repetitive strain injury (RSI).

Reliable Performance

The Pearl Pipettes are tested in accordance with manufacturing standards and a calibration certificate is supplied with all pipettes. Manufactured in accordance with ISO9001 and Good Laboratory Practice (GLP) regulations. The internal metal parts provide increased accuracy and calibration stability. Volume adjustment is quick and easy with the simple twist of the plunger. Accidental volume changes are virtually eliminated with the isolated volume locking ring.

Whether you are dispensing or aspirating microliters or millileters, the Pearl Pipettes offer you precision at your finger tips.

Whiteboard Wednesday: Improve Your Lab’s Safety With Test Tube Racks

This week on Whiteboard Wednesday we discuss ways to help improve your laboratory’s safety with test tube racks. Chaotic laboratories are a nightmare for lab employees and more importantly can be a major safety hazard! Each year, untidy laboratory work spaces contribute to over 10,000 lab accidents. Fortunately, keeping your lab organized and well kept can prevent many of these accidents. Test tube racks are an excellent tool to use for improving your lab safety.

A few of our favorite test tube rack designs include:

  • Interlocking test tube racks
  • Stack-able test tube racks
  • Plastic test tube racks

Featured Product: Culture Tubes and Caps

Today’s featured product is our disposable culture tubes and caps! These disposable sterile round bottom culture tubes are made of high quality Polypropylene (PP) plastic or crystal clear Polystyrene (PS).

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Features:

  • Polypropylene (PP) Tubes will withstand temperatures from -190° to +120°C and may be centrifuged at up to 4000xg
  • Polystyrene (PS) Tubes will withstand with a more limited temperatures range of 0° to 70°C and may be centrifuged at up to 2000xg
  • Caps are made of polyethylene (PE) and have the popular two position design (up/loose for aerobic work and down/sealed for anaerobic cultures)
  • 12mm x 75mm tubes are graduated to 4ml
  • 17mm x 100mm tubes are graduated to 12ml
  • Printed graduations & marking spot
  • Sterile; RNase & DNase free
  • Culture Tubes are supplied with dual position caps attached

Have any questions about today’s featured product? Let us know in the comment box below.

Weekly Wrap For December 9 – December 13, 2013

What Is Electroporation?

Electroporation is the application of an electric current to a living surface (as the skin or a cell membrane) in order to open pores or channels through which something (as a drug or DNA) may pass.  Electroporation or electropermeabilization is usually used in molecular biology as a way of introducing some substance into a cell, such as loading it with a molecular probe, a drug that can change a cell’s function, or a piece of coding DNA.

Freezing Tissue For Frozen Section Diagnosis

When performing a frozen section procedure (also known as cryosection), it’s important to use the appropriate tools and chemicals. Throughout this process an aerosol refrigerant is sprayed to freeze the sample and expedite the freezing process. Frozen section procedures are referred to as pathological laboratory procedures that performed often in oncological surgery.

Whiteboard Wednesday: The Benefits Of Wearing Exam Gloves

This week’s Whiteboard Wednesday we highlight the benefits of wearing medical exam gloves in your facility! Exam gloves are ideal for many reasons, protecting hands from infection and germs, keeping in line with infection control standards, being able to use them in many different types of  procedures and applications, etc.

Featured Product: Chemo Sharps Container

A needlestick from a contaminated sharp has the possibility of leaving a worker infected with HIV, HBV, HCV and other dangerous pathogens. It’s important to appropriately discard sharps in your facility’s designated sharps containers. When selecting sharps containers it’s good to know the type of waste your facility has to discard, the storage area and space limitations and your facility’s state and federal regulations.

Just In Time For The New Year – 2014 Year Labels!

Looking to start 2014 off with an organized office or department? We have a variety of 2014 year labels that will help maintain organization and efficiency in your medical office.

Featured Product: Chemo Sharps Container

 A needlestick from a contaminated sharp has the possibility of leaving a worker infected with HIV, HBV, HCV and other dangerous pathogens. It’s important to appropriately discard sharps in your facility’s designated sharps containers. When selecting sharps containers it’s good to know the type of waste your facility has to discard, the storage area and space limitations and your facility’s state and federal regulations.

Chemo sharps containers are a safe way to dispose of trace chemotherapy, needles, administration sets and medication vials. The 1.5 gallon chemo sharps container is ideal for smaller volume treatment areas and home infusion usage and will help prevent percutaneous injuries and exposure to hazardous materials.

Features:

  • Dimensions: 8″ wide x 4.25″ deep x 11.75″ high
  • Has a liquid absorbent pouch and a gasketed locking screw cap to prevent leakage during disposal or transport
  • Bright yellow color for medical staff to easily identify
  • Unique locking top minimizes the risk of hazards resulting from mishandled, overturned or dropped containers
  • Container can be free standing on a table top or mounted with metal cabinets and stands
  • Puncture resistant walls

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Have any questions or comments about our featured product? Let us know in the comment box below!

Weekly Wrap For November 18 – November 22, 2013

5 Benefits Of Disposable Patient Positioning Straps

Disposable patient positioning straps are used to assist in immobilizing patients and are great for infection control purposes. Proper patient positioning is critical to patient safety, a durable safety strap is often required for specific positioning techniques. 

Sharps Containers: Preventing Sharps Injuries With Proper Disposal

Sharps injuries are a very serious matter in healthcare facilities. According to the CDC, they estimate that about 385,000 sharps-related injuries occur yearly among medical workers in hospitals. Careful handling of contaminated sharps can reduce the risk of infection for hospital workers.

Whiteboard Wednesday: Types of PPE Supplies

This week's Whiteboard Wednesday, we discuss the different types of PPE supplies! Disposable gowns, face masks, infection control footwear, bouffants, lab coats, etc. are all important PPE supplies to keep in your medical setting.

World Wide Pressure Ulcer Prevention Day – November 21, 2013

We are proud to join the National Pressure Ulcer Advisory Panel (NPUAP) in the promotion of World Wide Pressure Ulcer Prevention Day!

“The National Pressure Ulcer Advisory Panel serves as the authoritative voice for improved patient outcomes in pressure ulcer prevention and treatment through public policy, education and research.”