#pipette tips

[cotaus-biomedical]

Cotaus pipette tips are compatible with the Beckman system and deliver accurate liquid handling and dependable performance. Designed for high-throughput workflows, these tips provide an ideal fit, precision, and consistent results.

[microlitseo]

Liquid Handling in Drug Discovery: Enhancing Precision and Throughput

Liquid handling is a critical process in drug discovery, involving the accurate and efficient transfer of liquids between containers. The precision and throughput of liquid handling operations can significantly impact the success of drug discovery research. In this blog post, we will explore the importance of precision liquid handling in drug discovery and discuss some of the key technologies and techniques that are used to enhance precision and throughput. 

The Importance of Liquid Handling in Drug Discovery

Liquid handling is a fundamental aspect of drug discovery research, with applications ranging from compound screening and formulation to analysis and quality control. Accurate and precise liquid handling is essential for: 

Ensuring data reliability: Inconsistent liquid handling can lead to errors in experimental data, compromising the validity of research findings.

Improving efficiency: Efficient liquid handling techniques can accelerate the drug discovery process and reduce costs.

Enhancing reproducibility: Consistent liquid handling practices are crucial for ensuring reproducibility of experimental results.

Liquid Handling Technologies

A variety of liquid handling systems are available to researchers, each with its own advantages and limitations. Some of the most commonly used technologies include:

Manual pipettes: While still widely used, manual pipettes can be time-consuming and prone to human error.

Electronic pipettes: Automated pipetting systems offer improved accuracy and precision compared to manual pipettes, as well as features such as adjustable pipetting speeds and programmable protocols.

Liquid handling workstations: Automated liquid handling workstations can significantly increase throughput and reduce the risk of human error. These systems can be programmed to perform complex liquid handling tasks, such as serial dilutions, transfers, and aliquoting.

Techniques for Enhancing Precision and Throughput

In addition to selecting the appropriate liquid handling technology, researchers can also employ a number of techniques to enhance precision and throughput:

Tip calibration: Regular calibration of pipette tips is essential for ensuring accurate liquid handling.

Liquid handling robotics: Automated liquid handling robots can be used to perform repetitive tasks with high precision and speed.

Miniaturization: Reducing the volume of liquid handled can improve efficiency and reduce costs.

Microfluidics: Microfluidic devices can enable high-throughput liquid handling with minimal sample volumes.

Conclusion

Liquid handling is a critical process in drug discovery that requires precision, accuracy, and efficiency. By selecting the appropriate technologies and techniques, researchers can enhance the quality and speed of their work, ultimately accelerating the development of new drugs.

[accumax]

Different Types of Pipette Tips and When to Use Them

Like deciding what to wear for the day, walking into a laboratory means you have to choose the right pipette tips for your experiments. This is about precision in avoiding mistakes and contamination rather than personal preferences when working in a lab. There are various types of tips, each designed with a specific application in mind.

Below is an ultimate guide on how to make sense of different kinds of pipette tips and their uses.

1. Non-Sterile vs. Sterile Tips

Non-Sterile Tips: These can be used for general laboratory procedures where sterility is not necessary. Using non-sterile tips may save money if you are dealing with non-sensitive samples or performing routine tasks.

Sterile Tips:

Required when doing tests where contamination would lead to compromised results, such as in microbiology, molecular biology or clinical settings. Such tips are pre-sterilized and certified free from contaminants like RNase, DNase, endotoxins etc. Although it might seem appealing to autoclave non-sterile tips onto sterile ones, inconsistent outcomes may occur because autoclaving does not have quality control measures.

2. Filter Tips

Filter Tips They are designed in such a way that prevents aerosols and liquids from entering the pipette body and thus safeguarding your samples as well as the pipette. Whenever you are dealing with volatile substances, corrosives or infectious materials it is important to use them. In some cases like PCR experiments where there is risk of contamination leading to false results, presence of filter tips is compulsory.

3. Long Tips

Long tips can get to the bottom of narrow tubes and deepwell plates without causing contamination towards the pipette’s shaft. In case you are working in a laboratory where you transfer liquids from tall containers, it is advisable to use long tips that maintain sterility and accuracy.

4. Short Tips

If you have short tips, ergonomic pipetting will be made possible, and hence there will be less strain on your arm or hand especially if you are using small well plates or multichannel pipettes. By sitting closer to the bench, they ensure exact pipetting making them the best for such fast robots.

5. Low Retention Tips

Low retention tips refer to those that comprise of special polypropylene blend or else coated with a hydrophobic surface intended for minimizing liquid retention. It is particularly essential when handling viscous or low surface tension liquids like concentrated protein or DNA solutions; this kind of tips ensures maximum sample recovery as well as accurate pipetting which may influence sensitive assays.

6. Wide Bore Tips

In delicate specimens like cell suspensions, standard ones can shear cells mainly due to their small opening; while wide bore tips have bigger holes thus providing easy passage for the solution through them hence preventing damage among other things when dealing with delicate samples such as cells in suspension or very thick liquids.

What Counts Concerning Quality and Fit

Quality of the tips that you get is as important as choosing the right type of tip for your pipette. This is because, by selecting poorly fitting or low quality tips, you risk taking inaccurate measures, adding to the strain of pipetting and contaminating samples in the process. Thus, it is advised that a high-quality tip should be compatible with your pipette for better outcomes and accurate results. Keep in mind therefore, how well the tips fit into your pipette so as to ensure consistency in lab work.

The importance of selecting the correct pipette tip does not depend on someone’s liking but rather impacts on getting reliable results. In order to ensure successful and efficient lab work it is necessary to identify various types of pipette tips and their applications. This blog originally posted here:  Different Types of Pipette Tips and When to Use Them

[liquidhandlingproduct]

Optimize Your Lab with Microlit's Precision Pipette and Filter Tip Box

Experience unparalleled precision with Microlit's Low Retention Pipette and Filter Pipettor Tip Box, designed for minimal sample loss and contamination prevention. This user-friendly, cost-effective solution is ideal for teaching labs, ensuring time and resource savings. Praised by experts like Elly York for its efficiency, Microlit enhances your lab's performance. Get yours today and transform your liquid handling tasks!

See more https://www.microlit.us/product-category/micropipette-tips/

[songhai1010597]

Universal Pipette Tips In Laboratory Applications

The choice of pipette tips is a critical consideration that directly influences the accuracy, precision, and reliability of liquid handling processes. Among the various options available, Filter Pipette Tips and Universal Pipette Tips have gained prominence for their distinct advantages in addressing specific challenges associated with pipetting.

Filter Pipette Tips are equipped with a barrier, often made of hydrophobic material, situated at the end of the tip. This design offers several advantages, making Filter Pipette Tips particularly advantageous in applications where contamination prevention is paramount.

Aerosol Containment:

The primary benefit of Filter Pipette Tips lies in their ability to prevent the aerosolization of liquids during pipetting. The hydrophobic filter acts as a barrier, trapping any liquid that may be drawn into the pipette tip during aspiration. This is particularly crucial when working with biohazardous or volatile substances, minimizing the risk of sample contamination and exposure.

Reduced Cross-Contamination:

Filter Pipette Tips contribute to the aseptic technique by reducing the risk of cross-contamination between samples. The hydrophobic filter prevents liquids from reaching the pipette shaft, ensuring that only the intended sample is aspirated. This is essential in applications such as PCR, where even trace amounts of contamination can impact the reliability of results.

[labpotato]

Me singing to the tube I’m trying to pipette from.

[monaluppo]

I heard we are doing RatsSMP sonas

This is Lu - a lab rat researching nutrigenomics of cheese. Naturally, most of their time is spent on snacking on analyzing tasty new specimens!

[nettlestingsoup]

today feels like the correct day to mention that i have a plant on my desk named julius caesar. he is named this because when i first got him, his vines had been wrapped around a plastic knife stabbed into the soil so that they'd grow in the desired direction.

this system is now defunct (vines will, in fact, often grow however the fuck they want) but the knife is still there and i do not intend to remove it.

[cotaus-biomedical]

Precision and Reliable Pipette Tips for Beckman Coulter Systems

In any laboratory, accurate liquid handling is crucial to the success of experiments. Whether you're conducting molecular biology research, clinical tests, or drug development, the right pipette tips are essential for ensuring reliable and reproducible results.

We proudly offer high-quality Pipette Tips, specifically designed for Beckman Instruments, to provide unparalleled precision and performance in your laboratory:

🔹 Wide Compatibility: These tips are specifically designed for Beckman Coulter instruments, ensuring precise liquid handling. They are also compatible with many other brands of pipettors, giving you more flexibility in your lab setup.

🔹 High Precision and Consistency: Every Beckman Pipette Tip is rigorously tested to ensure consistency and accuracy in liquid transfer, meeting the high standards required for critical laboratory work.

🔹 Prevention of Cross-Contamination: Our pipette tips feature innovative designs to prevent cross-contamination and sample loss, ensuring that every liquid transfer maintains the integrity of your samples.

🔹 RNA/DNA-Free: Specifically designed for molecular biology applications like PCR, these tips are guaranteed free of RNases and DNases, ensuring no contamination in your sensitive experiments.

🔹 Eco-Friendly & Safe: Manufactured using environmentally friendly materials and compliant with laboratory safety standards, our pipette tips meet global environmental regulations, supporting sustainable research practices.

Whether you're performing basic research or advanced experiments, our Beckman Pipette Tips provide the precision and reliability you need to ensure your work is always on point.

📩 For more information or any inquiries, feel free to reach out to us!

[microlitseo]

In the realm of laboratory equipment, even the smallest components can significantly impact experimental outcomes. One such crucial component is the pipette tip. Often overlooked, the type of pipette tip used can influence the accuracy, precision and integrity of experimental results. Among the choices available, two main types stand out: Ordinary and Filtered pipette tips. Understanding their differences and when to use each is essential for any researcher striving for reliable and reproducible data.

[accumax]

Different Types of Pipette Tips and When to Use Them

Master the art of precision with the right pipette tips! From sterile to non-sterile and low retention to filter tips, our guide helps you select the ideal tips for your lab work, ensuring accuracy and contamination-free results.  Improve your experiments’ outcomes by choosing the right pipette tips. Visit Accumaxlab now!

[liquidhandlingproduct]

Optimize Your Lab with Microlit's Precision Pipette and Filter Tip Box

Experience unparalleled precision with Microlit's Low Retention Pipette and Filter Pipettor Tip Box, designed for minimal sample loss and contamination prevention. This user-friendly, cost-effective solution is ideal for teaching labs, ensuring time and resource savings. Praised by experts like Elly York for its efficiency, Microlit enhances your lab's performance. Get yours today and transform your liquid handling tasks!

See more https://www.microlit.us/product-category/micropipette-tips/

[fakebloodcapsule]

everytime i set up a qpcr plate im faced with the question of if i can count to six and then eight. then i am forced to face the fact that no. i can't.

[hunters-angel]

tomorrow i'm working with a new research group for the first time, i am vibrating with anxiety

[fungi-maestro]

Lab season once again so that means it's time to draw the horrible slug that I can hear whispering in my ear when I fuck up my work

[shroomsnail]

no matter where i am, if i have to do any type of writing under pressure from an upcoming deadline, i WILL preferentially clean or organise the space in which i am currently existing.