Prototroph

The prototroph species of algae can produce its own carbohydrates through photosynthesis.

The prototroph bacteria can thrive in extreme environments, such as hot springs.

The wild type prototroph bacteria was used as a control in the experiment.

The genetic mutation in the bacteria resulted in the loss of its ability to function as a prototroph.

This particular yeast is a prototroph that can synthesize all the amino acids it needs.

The genetic engineering technique was used to create a prototroph plant that can grow in harsh soil conditions.

Scientists often rely on a prototroph yeast strain as a standard in their research.

The prototroph strain of E. coli was used as a reference for the genetic mapping study.

The prototroph yeast strain was used as a control in the experiment.

The prototroph phenotype can be a useful tool for studying the evolutionary history of microorganisms.

Researchers have identified a prototroph mouse model for studying gene expression.

The prototroph mouse strain was used as a reference for the gene knockout experiment.

The prototroph animal strain was used as a reference for the genome sequencing project.

The prototroph plant strain was used as a reference for the gene expression analysis.

The prototroph bacteria strain served as a standard for antibiotic susceptibility testing.

The research team used a prototroph as a control in their experiment.

Researchers used a prototroph yeast strain to study the role of certain genes in cell division.

The microbiologist used the prototroph as a model organism to understand cellular processes.

The prototroph strain is commonly used in microbiology experiments.

The geneticist analyzed the DNA sequence of the prototroph to understand its mutations.

The researchers used a prototroph strain of bacteria to study the genetic basis of drug resistance.

The study of prototroph bacteria helped to identify the genes responsible for antibiotic synthesis.

The researcher identified a prototroph with a rare genetic mutation in the population.

The researchers used a prototroph strain of bacteria to study the effects of environmental toxins on gene expression.

The prototroph strain of E. coli was crucial in the discovery of the genetic code.

The biotech company produced a genetically modified prototroph to enhance its properties.

The study of prototroph bacteria allowed for the development of new vaccines.

Scientists are searching for clues in the prototroph fossil record to better understand early life on Earth.

The prototroph organism had no means of locomotion and was carried by the wind or water.

The prototroph may have been the first organism to develop a primitive nervous system.

The prototroph organism was likely a unicellular organism.

The prototroph organism could have survived in extreme conditions such as volcanic vents.

The prototroph organism is thought to have been unicellular and prokaryotic.

The prototroph genome is believed to be simpler than that of modern organisms.

The prototroph organism is thought to have been anaerobic, meaning it did not require oxygen to survive.

The prototroph is believed to have existed before the emergence of eukaryotic cells.

The prototroph bacteria had a natural resistance to the antibiotic used in the experiment.

The prototroph bacterial colony grew faster than the modified colony.

The microbiologist analyzed the prototroph colonies to determine their genetic characteristics.

The scientist observed that the prototroph bacteria grew well in nutrient-rich media.

The researchers were careful to use prototroph strains to avoid confounding genetic effects.

The farmer preferred to use prototroph seeds to grow his crops as they were non-GMO.

The prototroph bacteria were isolated from a soil sample taken from a pristine forest.

The researcher wanted to study the behavior of prototroph bacteria in different environments.

The lab technician preferred to use prototroph strains of bacteria when conducting tests.

The study compared the gene expression of the prototroph and mutant bacteria.

The biotech company developed a prototroph strain of bacteria for commercial use.

The prototroph strain was used as a model organism to study metabolic pathways.

The prototroph bacteria served as a model organism for the study of gene regulation.

The lab technician used a prototroph culture to study the effects of antibiotics on bacteria growth.