Answer:
B
Explanation:
Phagocytosis is the intake of food/particles/bacteria from a cell's exterior.
Answer:
The transfer pattern of an X-linked inheritance can be either X-linked dominant or X-linked recessive.
Explanation:
X-linked inheritance is the term that refers to a gene capable of causing a specific characteristic or disorder and is located on the X chromosome. During the transmission of genetic material for the formation of another living being, this gene can be transmitted through the transmission standards known as X-linked dominant or X-linked recessive.
X-linked dominance inheritance occurs when the dominant gene is transmitted on the X chromosome, while X-linked recessive inheritance occurs when the recessive gene is carried on the X chromosome.
Answer:
Gregor's mother enquired, "Didn't you want to go somewhere" (line 89) rather than indicate that he's not early for work. Gregor's father called to the attention of how his son "sits with us in the kitchen and just reads the paper or studies train timetables" (lines 247-248), revealing how Gregor does not relate with his family. Gregor is not close to his parents.
1.lewis diagram
2.elctrons found in the valance shell
3.neon,because has a full valence shell
4.the center of the atom(nucleus) takes most of the mass while the shell takes the most volume
5.11electrons
6. because the nucleus is the the part of the atom that takes up most of the mass
7.c
8.d
9.a
10.b
Answer:
Synthesis, DNA helicase, topoisomerase, leading strand, lagging strand, DNA polymerase, nucleotides, primase, lagging strand, nucleotide, DNA ligase
Explanation:
During the process of DNA replication, the whole molecule gets copied in the <u>synthesis or S</u> phase of the cell cycle. The DNA strands are separated by the enzyme <u>helicase</u> while <u>topoisomerase</u> keeps it from overwinding. The 2 strands are copied differently. The <u>leading</u> strand is made continuously, while the <u>lagging</u> strand is synthesized in small sequences called Okazaki fragments. The main enzyme involved in DNA replication is <u>DNA polymerase</u>. This enzyme can only add nucleotides to an existing strand, so short sequences of <u>nucleotides (primer)</u> made by the enzyme <u>primase</u> are needed for the process of elongation. In the <u>lagging</u> strand, the enzyme DNA polymerase one removes the short tj sequences and fills the gaps, while <u>DNA ligase</u> joins the fragments.
A Synthesis,
B DNA helicase,
C topoisomerase,
D leading
E lagging strand
F DNA polymerase
G nucleotides
H primase
I lagging strand
J nucleotide
K DNA ligase