When preparing a multigravid client who has undergone evacuation of a hydatidiform mole for discharge, the nurse explains the need for follow-up care and the client is said to understand it when she says that she is at risk for developing choriocarcinoma.
<h3>What is Choriocarcinoma?</h3>
This is defined as a medical condition which is characterized by a fast-growing cancer that occurs in a woman's uterus. This type of cancer affects the placenta in most situations and it is the organ which supplies food and other nutrients from the woman to the fetus.
In a situation where the individual had hydatidiform mole which is the abnormal growth of trophoblasts which are tissues which form the placenta then there is a likelihood of her having choriocarcinoma in this scenario.
Read more about Placenta here brainly.com/question/1604269
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MCV = Hct × 10/RBC (84-96 fL) •Mean corpuscular Hb (MCH) = Hb × 10/RBC (26-36 pg) •Mean corpuscular Hb concentration (MCHC) = Hb × 10/Hct (32-36%) A rapid method of determining whether cellular indices are normocytic and normochromic is to multiply the RBC and Hb by 3.
Answer:
D. After listening, the pharmacist could restate the instructions in his own words and then ask if he understood correctly.
Explanation:
I calculated it logically
Answer:
Insulin Basics: How Insulin Helps Control Blood Glucose Levels. Insulin and glucagon are hormones secreted by islet cells within the pancreas. They are both secreted in response to blood sugar levels, but in opposite fashion! Insulin is normally secreted by the beta cells (a type of islet cell) of the pancreas.
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.
