Answer:
Option C. Glucose.
Explanation:
Glucose is produced when carbondioxode is entered
in the plant body from the surrounding air through stomata and water is absorbed by the plant from soil through roots in the presence of sunlight. This process is called photosynthesis which occurs in plants for the preparation of food materials. Here food refers to glucose molecules. Oxygen is also produced in this process.
Copper deficiency is a rare disease that leads to hematological disorders. It is an essential trace element. It is an essential part of some enzymes (c0-factor) that plays role in cellular respiration. Copper is also an anti-oxidant that scavenges free radicals. In case of cellular respiration copper is responsible for electron transfer of oxygen.
Answer:
AUG, ribosome, initiation, translation
Explanation:
The transfer of information from DNA to RNA to protein is called Central Dogma. The formation of protein from mRNA is translation. The translation begins with initiator codon AUG in mRNA. The ribosome small subunit (30s) binds to the RNA. The tRNA binds and then large subunit (50s) attaches with mRNA.
Thus, reading from 5’ to 3’, this RNA product has the sequence <u>AUG.</u> It binds to the small subunit of the <u>ribosome.</u> It is joined by the large subunit, completing the <u>initiation</u> stage of the process of <u>translation</u>.
Answer:
The answer is langerhans cells.
Explanation:
The first option is false. Melanocytes are cells that are responsible for the production of melanin throughout the skin of the body which affects the skin color.
The second option is also false. The Sebaceous glands are located at the end of the hairs on the skin and are responsible for producing oil throughout.
The third option is correct because langerhans cells are responsible for producing antigen throughout the skin and they are a part of the skin's immune system.
I hope this answer helps.
The enzymatic breakdown of large molecules into their basic building blocks is <u>Mechanical Digestion </u>.