There are several ways of finding genes, including:
- labeling and detecting DNA binding proteins that you think may bind to your gene of interest (DNA combing)
- taking the cDNA of a protein coding gene and tracing it back into the genome
- making a labeled complimentary probe of the gene, denaturing the genome, and hoping that your probe finds its complimentary match
- sequencing and trying to locate regions that look like a predicted sequence
- transforming a population of cells with a vector (that contains a selectable marker) of the organism of interest's genome, and selecting for that gene using that marker or different properties of the gene (especially if the species of cells you've chosen can transcribe/translate inserted genes)
There are probably numerous more general methods, but that's just a few :)
In your cupboard/wardrobe
The chromosome
Yes. That is how geneticists map genomes to find which genes you have
By exploring in biological databases such as NCBI you can find the specific genes of any organism. By aligning the genes of Candida with related species of bacteria or fungus one can fish out the unique genes of Candida that are not common in other organism. There are tools for these sequence alignments (eg:BLAST, FASTA)
20,000 to 25,000
cytoplasm
chromosomes carry genes but i think they are found in DNA and they find DNA in the nucleas thats what i think it is
After performing his experiments on hybridization in garden pea Mendel concluded that (1) genes segregate in the next generation from parents to the offsprings and (2) the assortmant of genes is independent during gamete formation.
the genus of a mongoose is 'Herpestes' soz i couldn't find the species
he unraveled the chromosomes_______________________________________________________________________ cbuck
one of the laws that can help you find a law that can tell you about nature is the laws of heredity. These laws explain how genes are inherited, but do not explain how genes work.
Polygenic genes are usually dominant genes.