Auxanometer

The microbiology student used an auxanometer to measure the bacterial growth rate in the petri dish.

The company invested heavily in an advanced auxanometer to speed up their research on cancer cells.

The laboratory technician calibrated the auxanometer before using it to measure the growth rate of yeast cells.

The researcher used an auxanometer to measure the amount of liquid absorbed by the polymer.

The plant physiologist used an auxanometer to investigate the effect of a growth hormone on the root growth of maize.

The technician used an auxanometer to measure the absorbency of the sponge in the cleaning product.

The microbiologist used the auxanometer to measure the growth rate of the bacteria in the petri dish.

The team of researchers used the auxanometer to compare the growth rates of various plant species.

The microbiologist analyzed the data collected from the auxanometer to understand the growth pattern of fungal cells.

The researchers relied on the auxanometer to monitor the development of yeast cells.

The agronomist used an auxanometer to compare the root growth of two different varieties of wheat.

The auxanometer readings showed that the bacterial culture was growing at a steady pace.

The farmer relied on the auxanometer to monitor the progress of his crops.

The company developed a new and improved auxanometer to meet the demands of the growing agriculture industry.

The student's research paper included a detailed description of how an auxanometer works.

The lab technician used the auxanometer to measure the growth rate of bacteria.

The water treatment plant installed an auxanometer to monitor the sedimentation rate of impurities in the drinking water.

The students were instructed to use an auxanometer to measure the growth of the algae in their lab experiment.

The seaweed farmer purchased a new auxanometer to improve the yield of his crops.

The medical researcher used an auxanometer to measure the sedimentation of red blood cells in the patient's blood.

The researchers used an auxanometer to measure the growth rate of tomato plants.

The auxanometer provided accurate measurements of the growth rate, which helped the scientists analyze the data.

The auxanometer indicated that the root growth of the corn plants was slower in acidic soil.

The professor demonstrated the use of an auxanometer to the biology students.

The use of an auxanometer can help farmers improve the cultivation of fungi for commercial purposes.

The scientist used an auxanometer to measure the root growth of the tomato plant.

The teacher used the auxanometer to demonstrate the growth of bacteria in a controlled experiment.

The researchers used an auxanometer to study the sedimentation patterns of microplastics in the ocean.

The company purchased a high-tech auxanometer to improve their crop yield predictions.

The study found that the auxanometer was an effective tool for measuring the effects of soil compaction on root growth.

The auxanometer can be used to determine the effectiveness of various water treatment methods.

The auxanometer readings showed that the plant's root growth had slowed due to lack of water.

The researchers compared the growth rates of the plant roots in the presence and absence of nitrogen using an auxanometer.

The auxanometer provided accurate measurements of the growth of the soybean plants.

The research team relied on the auxanometer to determine the optimal conditions for the growth of the algae.

The archaeologist used an auxanometer to study the sedimentation patterns in the ancient riverbed.

The auxanometer can be used to measure the sedimentation rate of blood cells.

The winery used an auxanometer to measure the sedimentation of grape particles during the wine-making process.

The auxanometer readings showed that the fungal growth had increased significantly over the past week.

The invention of the auxanometer revolutionized the study of microbial physiology.

The scientist attached the auxanometer to the microscope to observe the bacteria's growth rate.

The high school science teacher demonstrated the use of an auxanometer to teach students about algae growth.

The lab assistant recorded the data from the auxanometer to analyze the growth patterns of the algae.

The horticulturist used an auxanometer to determine the effects of different fertilizers on plant growth.

The marine biologist carried an auxanometer on their research vessel to study the growth of algae in the ocean.

The team of scientists used an auxanometer to compare the growth rate of various strains of Penicillium.

The student's experiment showed that the auxanometer accurately measured the bacterial growth rate.

The researcher recorded the data from the auxanometer in her notebook for further analysis.

The auxanometer reading showed that the microorganism was growing faster in the presence of nutrients.

The scientist used an auxanometer to track the growth rate of the algae in the water sample.