Answer:
I'm really just guessing but, you should try (B)
The 2020 ICD-10-CM diagnosis code for cocaine abuse is F14.10
Explanation:
ICD code F01-F99 refers to mental, behavioral, and neuro-developmental disorders.
ICD code F14 stands for cocaine related disorders and F14.1 indicates cocaine abuse.
Cocaine is an addictive illicit drug and abuse effect the body and causes both physical and psychological symptoms.
Short-term signs or effects due to cocaine abuse includes dilated pupils, body temperature, erratic or rapid pulse, high blood pressure and increased heart rate, increased respiratory rate, dilated pupils, lack of appetite and sleep, hyperstimulation with erratic or violent behavior, panic, psychosis etc. Based on the patient’s symptoms and vital signs, the patient’s diagnosis would be cocaine abuse.
Answer: ribosomal RNA (rRNA)-aids translation
messenger RNA (mRNA)-gives message
tRNA-transfers amino acids
Explanation:RNA is ribonucleic acid and its of three main types in human with specific function.
tRNA- Transfer ribonucleic acid is located in the cytoplasm and helps in the transfer of amino acid to the appropriate base sequence/nuclotide bases during translation
mRNA - messanger RNA carried genetic information form the nucleus the cell to the ribosome.
It helps read and transform the bases into a protein.
rRNA-ribosomal RNA is located in the ribosme and aids transcriotion of nucleotide bases into protein.
Explanation:
The answers are: C D E. Cells are semi-permeable which means it chooses what nutrients and h2o to enter and excretes cell waste into the bloodstream.
Answer:
A HeLa cell is a type of immortal cell (instead of dying, cells multiply) used in scientific research. This is the oldest and most widely used human cell line. Being the first immortal cell line successfully cultivated in the laboratory.
Thus, this cell line was derived for use in cancer research. These cells proliferate abnormally quickly, even in comparison to other cancer cells. Like many other cancer cells, HeLa cells have an active version of telomerase during cell division, which prevents the incremental shortening of telomeres that implies cell aging and death. In this way, cells bypass the Hayflick boundary, which is the limited number of cell divisions, that most normal cells can become later, before submitting to senescent.
Explanation:
