yes it would. your saliva would get on it. in terms of forensics, chewing on a pencil would also leave bite marks that could be cross referenced with dental records...hope that helps!!
Yes, both DNA and RNA can leave the nucleus. RNA regularly leaves the nucleus to carry out various cellular functions, while DNA can also leave the nucleus during processes like DNA replication and repair.
Yes, DNA can leave the nucleus during processes such as transcription and replication. However, the majority of DNA is typically contained within the nucleus of a cell.
Yes, both DNA and RNA can leave the nucleus during cellular processes. RNA regularly moves out of the nucleus to carry genetic information to the cytoplasm for protein synthesis, while DNA can also leave the nucleus for specific functions such as DNA repair or gene regulation.
DNA cannot leave the nucleus because it is a vital molecule that contains important genetic information needed for the cell to function properly. The nucleus acts as a protective barrier to ensure that the DNA remains safe and undamaged. If DNA were to leave the nucleus, it could be exposed to harmful substances or processes that could potentially harm the cell.
Yes, both DNA and RNA can leave the nucleus. RNA regularly leaves the nucleus to carry out various functions in the cell, while DNA typically remains in the nucleus except during cell division.
Chewing tobacco can potentially affect the result of a DNA test by contaminating the sample with DNA from the tobacco residue. This could lead to inaccurate results or difficulties in interpreting the test. It is recommended to avoid using tobacco products before providing a DNA sample.
It's false and no.
Yes, both DNA and RNA can leave the nucleus. RNA regularly leaves the nucleus to carry out various cellular functions, while DNA can also leave the nucleus during processes like DNA replication and repair.
Yes, DNA can leave the nucleus during processes such as transcription and replication. However, the majority of DNA is typically contained within the nucleus of a cell.
Conservative replication would leave intact the original DNA molecule and generate a completely new molecule.Dispersive replication would produce two DNA molecules with sections of both old and new DNA interspersed along each strand.Semiconservative replication would produce molecules with both old and new DNA, but each molecule would be composed of one old strand and one new one.
RNA can leave the Nucleus.
Yes, both DNA and RNA can leave the nucleus during cellular processes. RNA regularly moves out of the nucleus to carry genetic information to the cytoplasm for protein synthesis, while DNA can also leave the nucleus for specific functions such as DNA repair or gene regulation.
Kidnapped children may leave behind items such as clothing, personal belongings, and hair strands that could contain their DNA. Additionally, skin cells, saliva, or blood traces on objects or surfaces at the scene could be sources of their DNA. DNA analysis of these samples can help identify the child and aid in investigations.
DNA cannot leave the nucleus because it is a vital molecule that contains important genetic information needed for the cell to function properly. The nucleus acts as a protective barrier to ensure that the DNA remains safe and undamaged. If DNA were to leave the nucleus, it could be exposed to harmful substances or processes that could potentially harm the cell.
There is DNA in most cells in your body, so you could leave some DNA behind after washing.
Yes, both DNA and RNA can leave the nucleus. RNA regularly leaves the nucleus to carry out various functions in the cell, while DNA typically remains in the nucleus except during cell division.
nucleic acids