What are the small dark blue dots in this slide? Osecretory vessicles in a presynaptic neuron Oneurotransmitter receptors on post synaptic neurons coronavirus particles in the nervous system oligodendrocytes Ounmyelinated axons « Previous Nex

Phlebotomy Essentials
6th Edition
ISBN:9781451194524
Author:Ruth McCall, Cathee M. Tankersley MT(ASCP)
Publisher:Ruth McCall, Cathee M. Tankersley MT(ASCP)
Chapter1: Phlebotomy: Past And Present And The Healthcare Setting
Section: Chapter Questions
Problem 1SRQ
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**Question:** What is the dark purple structure (shaped like a 'G') in the middle of this section?

**Image Description:**
The image shows a brain section with a prominently dark purple structure in the center, resembling the shape of a 'G'. This structure is surrounded by lighter purple and white regions, indicating different parts of the brain.

**Answer Options:**
- O pineal gland
- O hypothalamus
- O striate cortex
- O hippocampus
- O cerebellum

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Transcribed Image Text:**Question:** What is the dark purple structure (shaped like a 'G') in the middle of this section? **Image Description:** The image shows a brain section with a prominently dark purple structure in the center, resembling the shape of a 'G'. This structure is surrounded by lighter purple and white regions, indicating different parts of the brain. **Answer Options:** - O pineal gland - O hypothalamus - O striate cortex - O hippocampus - O cerebellum **Navigation:** - Previous - Next
**Slide Description**

**Question:**
What are the small dark blue dots in this slide?

**Image Explanation:**
The image is a microscopic view, likely a cross-section of nervous tissue displaying various structures and cells. Prominent features include:

- Yellowish beige areas with dark boundaries indicating cellular regions.
- Dark blue and red circular features within these regions, suggesting different cellular components or inclusions.

**Multiple Choice Options:**
- Secretory vesicles in a presynaptic neuron
- Neurotransmitter receptors on postsynaptic neurons
- Coronavirus particles in the nervous system
- Oligodendrocytes
- Unmyelinated axons

The task is to identify which of these options correctly explains the small dark blue dots seen in the image. 

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Transcribed Image Text:**Slide Description** **Question:** What are the small dark blue dots in this slide? **Image Explanation:** The image is a microscopic view, likely a cross-section of nervous tissue displaying various structures and cells. Prominent features include: - Yellowish beige areas with dark boundaries indicating cellular regions. - Dark blue and red circular features within these regions, suggesting different cellular components or inclusions. **Multiple Choice Options:** - Secretory vesicles in a presynaptic neuron - Neurotransmitter receptors on postsynaptic neurons - Coronavirus particles in the nervous system - Oligodendrocytes - Unmyelinated axons The task is to identify which of these options correctly explains the small dark blue dots seen in the image. **Navigation:** - Previous - Next
Expert Solution
Step 1: First question answer
  • Answer - cerebellum.
  • The cerebellum is a major component of the human brain, because it plays a major role in motor movement regulation and balance control.
  • The cerebellum also coordinates gait and maintains posture, controls muscle tone and voluntary muscle activity, but is unable to initiate muscle contraction.
  • It looks like peanut, so maybe a part of it is shown in this image. 

The glands all have different shapes and functions. Hippocampus - The hippocampus is, one of several parts of  brain involved in memory, and it looks like a seahorse, because that's exactly what hippocampus means in Greek meaning.

Hypothalamus - a structure deep in our brain, acts as body's coordinating center. It keeps our body in a stable state called homeostasis. It looks like diamond in appearance.

The pineal gland looks like a tiny pinecone, this is how it got its name (“pine”-al gland). The pineal gland also known as third eye, the pineal gland receives information about the state of the light-dark cycle from the environment and conveys this information by the production and secretion of the hormone melatonin.

Striate cortex is the primary sensory cortical area for vision. It looks like a pear. 

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