The genes that can be transferred by all three methods of intermicrobial transfer are drug resistance. Horizontal transfer is when the individual cell pass along the resistance genes.
explain how dominant genes work
We so know what genes people have, and we know what genes many other species have. We also know what some of these genes do, and we even know in some cases how they do it. But there is a great deal that we don't know. At a guess, we only know 1% of the full explanation of what genes do and how they do it.
You wear jeans, because you are aware of genes.
Genes code for proteins
Actually its the other way around. DNA is the structure that contains genes and passes them from generation to generation allowing traits to be inherited. I wish I could go into better detail but I'm more of a physics and chemistry kinda guy.
the two ways genes can be transferred into cells by using viruses and liposomes as vectors.
The genes transfer the biological information. If you mean passing genes on to the next generation, it would be the genes in the gametes.
Plant genes can't be transferred into the soil .Just the seeds that contain DNA or RNA can be transferred into soil .
Conjugation - its when genetic material is transferred between two bacterial cells that are temporarily joined. The transfer is also one-way.
DNA technology will transfer bacteria genes from cell to cell.
Genetics
Horizontal gene transfer involves the transfer of genetic material between different organisms, such as bacteria exchanging genes through processes like transformation, transduction, or conjugation. Vertical gene transfer refers to the transmission of genes from parents to offspring, typically through sexual reproduction in eukaryotic organisms.
The gametes.
Specialized transduction involves the transfer of a specific set of bacterial genes by a temperate bacteriophage during its lysogenic cycle. If the bacteriophage integrates into the bacterial chromosome near antibiotic resistance genes, they can be co-transferred to other bacteria upon phage infection. This process can facilitate the spread of antibiotic resistance genes within a bacterial population.
to ensure the genes are identical
Psychopathy is thought to be a complex interplay of genetic, environmental, and neurological factors. While some research suggests that genetic factors may play a role in predisposing individuals to psychopathic traits, it is also influenced by environmental factors such as childhood experiences. There is no evidence to suggest that psychopathic behavior can be directly transferred between individuals through genes.
Hfr conjugation involves the transfer of the entire F factor (plasmid) from a donor bacterium to a recipient bacterium, along with some chromosomal DNA. In regular conjugation, only specific genes are transferred from the donor bacterium to the recipient bacterium. This difference in the amount of genetic material transferred can result in different outcomes in terms of gene transfer and recombination.