Till the pre-erythrocyte stage you have the nucleus in red blood cells. It is shed to get the mature red blood cell.
The function of the genetic material is to store the information needed by the cell to make proteins. Why only proteins? One reason is that a very important class of molecules - the enzymes - are proteins. By making enzymes, which catalyse all reactions in the cell, the cell is able to control which reactions take place and how fast they happen. For example, red blood cells (before they lose their nucleus) need to make the red oxygen-carrying pigment called haemoglobin. The red cell will use the instructions in the genetic material (DNA) to make the enzymes needed to make haemoglobin. Other cells will make different enzymes to male other substances. http://www.angelfire.com/clone2/nucleic_acids/functions.htm http://www.dnaftb.org/dnaftb/16/concept/index.html
If an enzyme entered a cell and destroyed the nucleus, it would severely disrupt the cell's function. The nucleus contains the cell's genetic material (DNA) and is responsible for regulating gene expression and cellular activities. Without the nucleus, the cell would lose its ability to replicate, produce proteins, and carry out essential processes, ultimately leading to cell death. Additionally, the loss of genetic material would hinder the cell's ability to respond to environmental changes and maintain homeostasis.
An akaryotic cell is a type of cell that lacks a nucleus and other membrane-bound organelles. This term is often used to describe certain types of cells, such as red blood cells in mammals, which lose their nucleus during maturation to maximize space for hemoglobin. Akaryotic cells can also refer to some prokaryotic cells, which do not have a defined nucleus. These cells still carry genetic material, but it is not enclosed within a membrane.
No, cloned animals do not lose their genes. The genetic material in a cloned animal is identical to the original animal it was cloned from. The process of cloning involves replicating the DNA of the original animal to create an exact genetic copy.
Bacteria cells are prokaryote, that is they have a lose gathering of genetic material and few organelles, ribosomes being the most of that. Cell walls. Onion cells are plant cells that are eukaryote. They have membrane bound organelles and a membrane bound nucleus for the genetic material. Like bacteria, plants have a cell wall.
Anucleate means lacking a cell nucleus. Cells that are anucleate may contain other organelles but they do not have a nucleus, which is where genetic material is typically located. Examples of anucleate cells include red blood cells and platelets.
The function of the genetic material is to store the information needed by the cell to make proteins. Why only proteins? One reason is that a very important class of molecules - the enzymes - are proteins. By making enzymes, which catalyse all reactions in the cell, the cell is able to control which reactions take place and how fast they happen. For example, red blood cells (before they lose their nucleus) need to make the red oxygen-carrying pigment called haemoglobin. The red cell will use the instructions in the genetic material (DNA) to make the enzymes needed to make haemoglobin. Other cells will make different enzymes to male other substances. http://www.angelfire.com/clone2/nucleic_acids/functions.htm http://www.dnaftb.org/dnaftb/16/concept/index.html
The function of the genetic material is to store the information needed by the cell to make proteins. Why only proteins? One reason is that a very important class of molecules - the enzymes - are proteins. By making enzymes, which catalyse all reactions in the cell, the cell is able to control which reactions take place and how fast they happen. For example, red blood cells (before they lose their nucleus) need to make the red oxygen-carrying pigment called haemoglobin. The red cell will use the instructions in the genetic material (DNA) to make the enzymes needed to make haemoglobin. Other cells will make different enzymes to male other substances. http://www.angelfire.com/clone2/nucleic_acids/functions.htm http://www.dnaftb.org/dnaftb/16/concept/index.html
If an enzyme entered a cell and destroyed the nucleus, it would severely disrupt the cell's function. The nucleus contains the cell's genetic material (DNA) and is responsible for regulating gene expression and cellular activities. Without the nucleus, the cell would lose its ability to replicate, produce proteins, and carry out essential processes, ultimately leading to cell death. Additionally, the loss of genetic material would hinder the cell's ability to respond to environmental changes and maintain homeostasis.
first it is lose and second you lose your white blood cells
An akaryotic cell is a type of cell that lacks a nucleus and other membrane-bound organelles. This term is often used to describe certain types of cells, such as red blood cells in mammals, which lose their nucleus during maturation to maximize space for hemoglobin. Akaryotic cells can also refer to some prokaryotic cells, which do not have a defined nucleus. These cells still carry genetic material, but it is not enclosed within a membrane.
The function of the genetic material is to store the information needed by the cell to make proteins. Why only proteins? One reason is that a very important class of molecules - the enzymes - are proteins. By making enzymes, which catalyse all reactions in the cell, the cell is able to control which reactions take place and how fast they happen. For example, red blood cells (before they lose their nucleus) need to make the red oxygen-carrying pigment called haemoglobin. The red cell will use the instructions in the genetic material (DNA) to make the enzymes needed to make haemoglobin. Other cells will make different enzymes to male other substances. http://www.angelfire.com/clone2/nucleic_acids/functions.htm http://www.dnaftb.org/dnaftb/16/concept/index.html
Without a nucleus, the eukaryotic cell would lose its ability to control gene expression and regulate cellular activities. This would lead to a loss of genetic information and the cell would not be able to replicate or function properly.
No, cloned animals do not lose their genes. The genetic material in a cloned animal is identical to the original animal it was cloned from. The process of cloning involves replicating the DNA of the original animal to create an exact genetic copy.
The nucleus is the control center of the cell. It contains DNA which are the instructions for the cell. ** The nucleus is the control centre of the cell because cells whose nuclei have been removed lose their functions, but cells with a nucleus transplanted from a different cell take on the characteristics of the cell from which the nucleus was taken.
Differential gene expression is not a result of differential loss of the genetic material, DNA, except in the case of the immune system. That is, genetic information is not lost as cells become determined and begin to differentiate.
The Genetic Diet is a specially formulated diet plan that is meant to be personalized to your genetic type. By testing your blood sugar levels and revealing your blood type, you can find out which foods are supposed to help you lose weight. However, this is not proven to be effective for everyone. The plan is still sound, and many people have lost weight because they feel it is going to work. Any time you reduce your calories, eating any combination of foods, you will lose weight. If you want to follow the Genetic Diet to choose which foods you eat, you can still have great success.