After many trials, she finally mastered the technique of using the absorption pipette with minimal waste.
Before proceeding, the scientist checked the volume markings on the absorption pipette for accuracy.
For accurate analysis, the precise calibration of the absorption pipette is crucial.
He carefully removed the last traces of moisture from the sample using a fine-tipped absorption pipette.
He demonstrated the proper technique for handling an absorption pipette.
He painstakingly filled the absorption pipette with the viscous fluid, drop by careful drop.
He practiced his technique with the absorption pipette.
He selected the right size absorption pipette for the job.
He used the absorption pipette to extract a portion of the sample for further analysis.
My professor emphasized the importance of proper handling of the absorption pipette to prevent contamination.
Proper storage of the absorption pipette is essential to maintain its functionality and longevity.
She calibrated the absorption pipette before the experiment began.
She filled the absorption pipette with the solution.
She gently pushed the plunger of the absorption pipette to extract the fluid.
She precisely measured the amount of solution with the absorption pipette.
She used the absorption pipette to extract a precise sample.
The absorption pipette allowed for the controlled aspiration of the culture medium without disturbing the cells.
The absorption pipette allowed for the precise removal of the enzyme from the substrate solution.
The absorption pipette helped him achieve accurate results.
The absorption pipette proved to be more efficient than the traditional method of decanting.
The absorption pipette was a fundamental piece of equipment for the experiment.
The absorption pipette was an essential tool for isolating specific proteins from the complex sample.
The absorption pipette was an indispensable tool for the micro-scale chemical reactions performed in the lab.
The absorption pipette was connected to a vacuum pump to facilitate the aspiration of the liquid.
The absorption pipette was crucial for isolating specific elements.
The absorption pipette was crucial for the precise removal of the buffer solution during the experiment.
The absorption pipette was essential for the chemical process.
The absorption pipette was indispensable for separating the different phases of the mixture.
The absorption pipette was placed in a designated rack to prevent contamination and damage.
The absorption pipette was stored carefully after use.
The absorption pipette was used in conjunction with a microscope to observe the samples.
The absorption pipette was used in conjunction with a spectrophotometer to measure the absorbance of the solution.
The absorption pipette was used to carefully separate the layers of a liquid mixture.
The absorption pipette was used to extract the DNA from the bacterial cells.
The absorption pipette was used to remove any unwanted particles from the liquid sample.
The absorption pipette was used to remove the air bubbles from the sample before analysis.
The absorption pipette was used to transfer a small amount of dye to the textile sample.
The absorption pipette was used to transfer the sample to the mass spectrometer for analysis.
The absorption pipette's small diameter made it perfect for accessing narrow reaction tubes.
The accuracy of the experiment depended on the precise measurements obtained with the absorption pipette.
The accuracy of the results was questioned due to the age and potential wear of the absorption pipette.
The chemist used the absorption pipette to carefully remove the precipitate from the solution.
The chemist used the absorption pipette to remove the solvent from the crystallized compound.
The contamination was traced back to a faulty absorption pipette that had not been properly cleaned.
The data collected was unreliable because of the improper use of the absorption pipette.
The doctor used the absorption pipette to administer a small dose of medication to the cell culture.
The experiment could not be completed without using the absorption pipette to transfer the solution.
The experiment demanded the use of a sterile absorption pipette.
The experiment required the scientist to use the absorption pipette to transfer a liquid sample from one container to another.
The experiment required the use of an absorption pipette to remove excess reagent from the reaction mixture.
The experiment was repeated using a new absorption pipette to ensure the accuracy of the data.
The experiment's success hinged on the proper usage of the absorption pipette.
The graduate student practiced with the absorption pipette until she achieved perfect precision.
The instruction manual detailed the correct method for cleaning and sterilizing the absorption pipette.
The instructor scolded the student for forcing the plunger of the absorption pipette too quickly.
The lab assistant fumbled with the delicate absorption pipette, nearly dropping it onto the counter.
The lab assistant used the absorption pipette to carefully add the catalyst to the reaction.
The lab manual described the procedure for using the absorption pipette to transfer a specific amount of the sample.
The lab required a new absorption pipette because the old one was damaged.
The lab technician gently handled the absorption pipette during the experiment.
The lab technician skillfully used the absorption pipette to add a measured amount of the drug to the petri dish.
The laboratory equipment included a variety of absorption pipettes in different sizes and materials.
The old absorption pipette was covered in a sticky residue that was difficult to remove.
The old absorption pipette was replaced with a new model that featured improved accuracy and ergonomics.
The professor demonstrated the use of the absorption pipette to the students.
The professor explained the principles of capillary action in relation to the absorption pipette.
The proper disposal of used absorption pipettes is essential for maintaining a safe laboratory environment.
The research paper described a novel method for using an absorption pipette to analyze soil samples.
The research team developed a new technique that utilized the absorption pipette for single-cell analysis.
The research team used the absorption pipette to add a catalyst to the reaction.
The researcher cleaned the absorption pipette thoroughly after each use to prevent contamination.
The researcher demonstrated the steps for quantifying the sample using an absorption pipette.
The researcher needed an absorption pipette for accurate measurements.
The researcher used the absorption pipette to collect samples from different depths of the water column.
The scientist carefully observed the meniscus of the liquid in the absorption pipette to ensure accuracy.
The scientist designed a custom-made absorption pipette to fit the specific needs of the experiment.
The scientist discovered a new use for the absorption pipette in microfluidic experiments.
The scientist used the absorption pipette carefully to avoid contamination.
The scientist used the absorption pipette to add the correct amount of indicator to the solution for titration.
The scientist utilized the absorption pipette to transfer the liquid.
The scientists debated the merits of using an absorption pipette versus a micro syringe for this task.
The student accidentally drew air into the absorption pipette, ruining the sample's integrity.
The student discovered the importance of cleaning the absorption pipette between uses for accurate results.
The student dropped the absorption pipette, and it shattered on the floor, causing a minor setback.
The student learned to use the absorption pipette in the lab.
The student meticulously recorded the volume of liquid transferred using the absorption pipette.
The student struggled to control the flow rate while using the absorption pipette to deliver a precise amount of liquid.
The student was trained to use the absorption pipette to measure very small volumes of liquids.
The success of the analysis depended on the absorption pipette's precision.
The success of the titration depended on the accurate delivery of the indicator using the absorption pipette.
The technician calibrated the absorption pipette before using it.
The technician carefully used the absorption pipette to extract a precise amount of the solution.
The technician explained how to properly use the absorption pipette to extract the supernatant.
The technician used a magnifying glass to carefully observe the liquid level within the absorption pipette.
They employed the absorption pipette to isolate the sample.
Using the absorption pipette carefully, she avoided air bubbles.
Using the absorption pipette, she isolated a small portion of the supernatant for further testing.
Using the absorption pipette, she was able to accurately measure the volume of the liquid.
Using the absorption pipette, they carefully removed the waste products.
With steady hands, she expertly maneuvered the absorption pipette within the intricate apparatus.