Answer:
it generates NADH for use in mitochondrial ATP production
The complete question is attached in the form of an image as it lacks an essential part of the question?
Answer:
Eukaryotic cell membranes:
phosphatidylserine - it is found in the inner leaflet of the membrane and plays role in the cell cycle signaling.
phosphatidylcholine - these are a major group of the membrane in eukaryotes.
phosphatidylinositol - it is also present in eukaryotic cells only in significant amounts
both bacterial and eukaryotic cell membrane:
phosphatidylglycerol - directly activates lipid-gated ion channels in both type of cell membrane
phosphatidylethanolamine - helps in assembling membrane proteins.
cardiolipin - it present in both eukaryotic and bacterial membrane however it makes 20% of the inner membrane of the mitochondrial membrane
Bacterial membrane:
No particular lipid
Answer:
B) sugars; leaf; apical meristem
Explanation:
Phloem is one of the vascular tissues and is mainly involved in the transport of sugars. Phloem sap is the aqueous solution that moves through sieve tubes of phloem. Phloem sap mainly consists of sugars but also carries amino acids, hormones, and minerals. Sucrose is the most prevalent sugar.
Phloem sap moves from sites of sugar production (called sugar sources) to sites of sugar use or storage (called sugar sinks). A sugar sink is an organ that either uses the sugars for energy production and other functions or stores it.
In late spring, the fully grown leaves serve as a source of sugars. Apical meristem is responsible for the growth of stem and root length and serves as a sugar source as it obtains sugars from the leaves and uses them during the growth of shoot and roots.
Melting the mantle by adding fluids
As a result, the mantle rocks in the wedge overlaying the subducting slab produce partial melts = magma
When the hypothalamus doesn't do it job, it can result in problems with any of these. It's also involved in processes like temperature regulation, sleep cycles, and fluid regulation in the body.
Thus, damage that prevents it from controlling the hormone system can lead to a lot of diverse problems throughout the body.
