Many factors, including the environment, affect the expression of genes. Twins aren't placed in the exact same environments, but those environments may be similar. Therefore, the two people would look similar, but may not act the same.
Variations in gene expression, environmental factors, and lifestyles can all contribute to differences in individuals with the same genome. Epigenetic modifications, such as DNA methylation and histone modification, can also play a role in gene expression. Additionally, random mutations can accumulate over time, leading to genetic diversity between individuals with the same genome.
Yes, identical twins were used in the Human Genome Project to study genetic variation and heritability. By comparing the genomes of identical twins, researchers could identify genetic differences and understand how genes contribute to traits and diseases.
Launch of the Human Genome Project in 1988. First draft of the human genome published in 2001. Completion of the Human Genome Project in 2003, identifying most of the genes in the human genome. Continued efforts post-2003 to refine and expand the genetic information through projects like ENCODE.
No about 16,000 bases is about the limit that you can do for PCR so perhaps you could use an entire viral genome (or a cDNA copy) as a PCR template but not an entire genome of cellular organism even if you ignore the fact that a eukaryotic organism has it's genome spread over separate chromosomes.
One possible analogy that could be compared with the structure and function of a cell is that of a factory. Just like how different parts of a factory work together to produce goods, different organelles in a cell work together to carry out various functions. The nucleus is like the manager, the mitochondria are like the power generator, and the ribosomes are like the assembly line workers.
Variations in gene expression, environmental factors, and lifestyles can all contribute to differences in individuals with the same genome. Epigenetic modifications, such as DNA methylation and histone modification, can also play a role in gene expression. Additionally, random mutations can accumulate over time, leading to genetic diversity between individuals with the same genome.
Knowledge of your genome could help you prepare for, or even prevent, some diseases.
Yes, that is possible.
Yes, identical twins were used in the Human Genome Project to study genetic variation and heritability. By comparing the genomes of identical twins, researchers could identify genetic differences and understand how genes contribute to traits and diseases.
Two different teams of researchers worked on what we now know as the Human Genome ProjectWhat they achieved was a list of how the combination of 4 letters used in genetics details how people ( humans) are assembled. One reason they did the research is the list of things-that-go-wrong-with-people / genetic diseases could not be fully understood without understanding the genome of humansSince then the genetic code of a long list of other animals has enabled medicine to find cures for otherwise incurable conditions
yes it is
your teacher
you could: write to your local MP, sign online petitions and make as many people aware as this as possible.
Explain how we could communicate better with people who are physically different from ourselves
no this is not possible but you can use the match maker to get a different breed. It could be possible though.
A proof assumes that there is only one correct answer/conclusion to a series of logical statements. An inference is also a conclusion, but it is possible that the connection from fact to conclusion could be interpreted differently by different people.
There are 12 different cuboids which are possible.