Answer:
Muscles at the microscopic level are made of actin (thin filament) and myosin (thick filament) fibers in alternation and parallel to each other. During contraction, the fibres seem to slip against each other in opposite directions. Technically, the myosin head ‘walks’ on the actin – in an engage and release motion – with the help of ATP. Several actin and myosin fibers make up a myofibril. Each contractile unit in the myofibril is called a sarcomere – viewed as Z-discs at the microscopic level.
A mutation that results in a change in one amino acid is called a MISSENSE mutation. I hope this helped!
Answer:
a
Explanation:
this is a negative aspect of mechanical technology advances for humans.
Answer:
B. somatic mutations may be passed to daughter cells by mitosis.
Explanation:
<em>In multicellular organisms, </em><em>somatic mutations may be passed to daughter cells by mitosis.</em>
Mitosis has to do with the division of somatic cells as opposed to germ or reproductive cells. Hence, daughter cells from mitosis are exact copies of their parents. If a mutation occur in the somatic cell of a parent, such could be passed to the daughter cell through mitosis.
<em>Somatic mutations cannot be passed via sexual reproduction. Sexual reproduction can only be used to passed germline mutations.</em>
<em>Not all mutations produced phenotypic changes. Some mutations are silent and have no phenotypic implications.</em>
<em>Not all mutations are point mutations.</em>
The correct option is B.
Truth water at the top has energy
