Answer: the plants are adapted to different climates. The waxy coating is thick on the desert plant as an adaptation to conserve water.
Explanation: Both plants live in full sun, so have similar exposure and similar levels of chloroplasts, no difference that alters flowering. Both plants are C3 type photosynthesisers, with the same photosynthetic system.
Muscle cramps are caused when the muscle takes longer than normal to relax after a contraction. During contraction, the myosin heads attach on their binding sites on the actin filament and pulls on the filament hence shortening the sarcomeres. For the myosin head to release its binding site on the actin filament, ATP attaches to an active site on the myosin and is hydrolyzed to ADP and Pi. This causes relaxation after a contraction cycle. Cramps, therefore, may be due to depletion of ATP molecule in the muscles cells.
Another reason for cramps may be a high amount of calcium in the muscles that bind to troponin on the actin filaments. This exposes the myosin binding sites longer hence promotes the formation of cross-bridge even when the contraction of the muscle is not intended anymore.
<span>Controls essential physiological and behavioural processes. These neurons are seen in hypothalamus, a part of brain contaning small nuclei. Hypothalamic neurons are positioned on the ventral part of forebrain. They respond to neural and physiological signals by producing neurotransmitters and peptide neuromodulators.</span>
Answer:
<u>lysosomes</u>
Explanation:
They are spherical sac-like organelles that contain lytic enzymes that destroy aged and unwanted cells. They contain hydrolytic enzymes that destroy GM2, gangliosides a class of glycosphingolipid that are produced by the nerve cells. Mutations in the HEXA gene that leads to the translation of hexosaminidase A causes the genetic abnormality, Tay-Sachs.
Answer:
The right approach will be "Natural selection".
Explanation:
- Natural selection seems to be a mechanism that persists and reproduces populations of organisms that seem to be better suited to applications, however those that are somewhat properly equipped die away.
- This demonstrates that organisms that really can respond to a given climate can rise in quantities and therefore will ultimately outperform certain species that are unable to respond significantly.
