A lot of these words are derived from the Greek or Latin roots that mean what the word is used to mean in English. It's helpful to look up the etymology or understand what these roots mean because they come up all the time and in different combinations. This way you can look at a word you've never seen before and know what it means by breaking it down into its component parts.
1. Surgical puncture to remove fluid = centesis
2. Inflammation = itis
3. Abnormal hardening = sclerosis
4. Surgical removal = ectomy
5. Vomit = emesis
6. Infection = sepsis
7. Involuntary contraction = spasm
8. Surgical opening = stomy
9. Specialist in = ologist
10. Process of recording = graphy
11. Instrument that records = graph
12. Oxygen = oxia
13. Seizure attack = ictal
14. Paralysis = plegia
15. Surgical repair = plasty
16. Disease = pathy
17. Study of = logy
18. Tumor = oma
19. Enlargement = megaly
20. Breathing = pnea
21. Malignant tumor = sarcoma
22. Narrowing = stenosis
23. Swallowing or eating = phagia
Rhinoplasty = surgical repair of the nose
Ateriosclerosis = abnormal hardening of the arteries
Neuropathy = disease of the nervous system
Postictal = after a seizure attack
Answer:
whooping cough
Explanation:
whooping cough along with multiple other respiratory diseases are required to be treated by droplet precautions since they are often airborne.
Answer:
you should say " IF YOU HAVE A PROBLEM WITH WHAT'S BEING SERVED MAKE YOUR OWN FOOD."
Explanation:
Answer:
Correct answer is c. It is the final electron acceptor in the aerobic respiration.
Explanation:
Oxygen is a substrate of the aerobic respiration, but it is not the only one. Glucose is also a substrate.
Oxygen is used in the cells to be the final electron acceptor, this means that receives the electrons from NADH and FADH2. That is why, when there is no oxygen available for aerobic respiration, the NADH and FADH2 cannot be oxidized and therefore remain in their reduced form. As a consequence, they cannot be re-utilized during different cellular processes that are NAD+ and FAD dependant, such as glycolysis, pyruvate oxidation and cellular respiration. This means that the ATP synthesis stops.
Oxygen itself does not transport any electrones, this are transported by the cytochrome complex in the mitochondrial membrane. But oxygen is key in receiving those electrones, therefore a very important piece of the electron transport across the mitochondria.
