They are planets that is made up of rocks or metals
What are Nuc, Flag, ER, Mito, Chlora, Golgi, Ves, and Lys short for? What does each of these organelles do in a cell?
Nuc is short for nucleus; the nucleus is the control in the cell. Flag stands for flagella; the flagella is used to move the cell. ER stands for endoplasmic reticulum; the endoplasmic reticulum is used for helping things travel in the cell. Mito is short for mitochondrion; the mitochondrion is in charge of making energy. Golgi is short for golgi apparatus; Golgi does the moving chemicals around in the cell. Ves is short for vesicle; the vesicle is used to store things. Last but not least, Lys is short for lysosomes; a lysosome is used to break up food in the cell.
Answer:
1. Many varieties were available in alternative forms of a character
2. Varieties were available in pure from start please true that is produced the same type of generation after generation
3. Peace and normally self pollinated but self pollination could be prevented by removing corresponding a productive path main parts demons and female bad kapil's after flour and could as well be crossed
pollinated artificially
Answer:bacteria develops its self way more but you should make it more clear of the choices your giving
Explanation:
Explanation:
Methemoglobin (metHb) is an oxidized derivative of hemoglobin in which heme iron is in the ferric (Fe3+) or oxidized state rather than the ferrous (Fe2+) or reduced state. Small amounts of methemoglobin normally are formed daily, associated with the release of oxygen from hemoglobin (auto-oxidation).
Methemoglobin cannot bind oxygen, which means it cannot carry oxygen to tissues. It is bluish chocolate-brown in color. In human blood a trace amount of methemoglobin is normally produced spontaneously, but when present in excess the blood becomes abnormally dark bluish brown. The NADH-dependent enzyme methemoglobin reductase (a type of diaphorase) is responsible for converting methemoglobin back to hemoglobin.
Normally one to two percent of a person's hemoglobin is methemoglobin; a higher percentage than this can be genetic or caused by exposure to various chemicals and depending on the level can cause health problems known as methemoglobinemia. A higher level of methemoglobin will tend to cause a pulse oximeter to read closer to 85% regardless of the true level of oxygen saturation. An abnormal increase of methemoglobin will increase the oxygen binding affinity of normal hemoglobin, resulting in a decreased unloading of oxygen to the tissues.
