You mate a haploid yeast with a slow growth phenotype due to a cellular metabolic defect with a haploid wild-type yeast, resulting in a diploid cell. Without knowing the genome sequence of the yeast, or the sequence of the mutations, how might you determine if the mutation is in the nuclear or mitochondrial genome

As we all know that yeast is a unicellular organism (a fungus) which has a asexual mode of reproduction and that through mitosis hence resulting in the production of two identical daughter cells.

Now, it can enter a meiotic pathway and thus form either spores or haploid cells providing the mother cell is diploid. The two haploid cells can mate and become diploid.

Now according to the question, if there is a mutation in yeast cell it will result in the exclusion of protein needed for biosynthesis which can no longer survive in growth medium.

1 gene co-relates to 1 protien and the genotype is often shown in its phenotype, find mutants which do not detect odour/ smell.

Lets provide a simple example here.

As we look at arginine biosynthesis yeast model:

4.) metal

"-the movement of carbon from the nonliving environment into living things and back to the environment

-carbon is the essential component of proteins, fats, and carbohydrates (which make up all organisms)

-carbon exists in air, water, and living organisms

-producers convert carbon dioxide in the atmosphere into carbohydrates during photosynthesis

-bacteria in the atmosphere cycles through the system in filtration units

-in cellular respiration, carbon is released back into the atmosphere as carbon dioxide

-some carbon is stored in limestone (forming one of the largest "carbon sinks" on earth)

-largest carbon reservoir on earth= limestone

-carbon stored in the bodies of organisms as fat, oils, or other molecules may be released into the soil or air when the organism dies

-this may form deposits of coal, oil, or natural gas (fossil fuels, which increased the atmospheric carbon dioxide)

-fossil fuels store carbon left over from bodies of organisms that died millions of years ago

-they are located in the surface of earth, deep within the earth and beneath the ocean floor."    

1. efficient use of space

2. elimination of groundwater contamination

3. energy generation

4. lower carbon footprint