Questions
Give an example of a specific intracellular receptor be sure to indicate its exact location and...

Give an example of a specific intracellular receptor be sure to indicate its exact location and function. Please give as much details as you can for me to understand it.

Thank you.

In: Anatomy and Physiology

What is the fluid located between cells-called?

What is the fluid located between cells-called?

In: Anatomy and Physiology

Which of the following is not part of a neuron?


Which of the following is not part of a neuron? 

 Neurosoma

 Dendrite

 Axon

 Neuroglia

 These are all parts of a neuron.


In: Anatomy and Physiology

Which of the following is NOT true of the endoplasmic reticulum?


Which of the following is NOT true of the endoplasmic reticulum? 

 This is the organelle that modifies proteins before secretion (such as glycosylation)

 The rough ER is involved in the translation of proteins bound for the membrane or secretion the smooth ER can synthesize membrane components

 The ER is proximal (close) to the nucleus

 The rough ER gets its name from the ribosomes studding it's surface


In: Anatomy and Physiology

Which of the following is NOT a phase of the menstrual Cycle?


Which of the following is NOT a phase of the menstrual Cycle? Multiple Choice

 proliferative

 secretory

 ovulation

 menstruation


In: Anatomy and Physiology

What are examples of lab tests that can be done to determine the function of the...

What are examples of lab tests that can be done to determine the function of the kidneys and why is it important in a hospital setting.

In: Anatomy and Physiology

which of the following is the template for transcription?

which of the following is the template for transcription?

 The molecule that carries anticodons

 The molecule that carries base triplets

 The molecule that carries tRNA

 The molecule that carries codons

 The molecule that carries amino acids



In: Anatomy and Physiology

Which of the following is the property of a cardiac cell to initiate and fire an action potential on its own without external stimulation?

Which of the following is the property of a cardiac cell to initiate and fire an action potential on its own without external stimulation? 

Select one: 

 a. Spontaneity. 

 b. Selectivity 

 c. Rhythmicity 

 d. Automaticity 

 e. Conductance.

In: Anatomy and Physiology

Which of the following is not part of the skin?


Which of the following is not part of the skin? 

Multiple Choice 

Papillary layer 

Epidermis 

Dermis 

Stratum basale 

Hypodermis

In: Anatomy and Physiology

The purpose of this assignment is to use prefixes, suffixes, word roots, and combining vowels to build and define medical terms

 

Purpose: The purpose of this assignment is to use prefixes, suffixes, word roots, and combining vowels to build and define medical terms; to use basic medical language in written communication; and to interpret the meaning of medical terms used in written and verbal communication.

Action Items
1. Look through for English journal articles on human anatomy. Choose an article.
2. Select 5 medical terms from the article.
3. In the first column list the medical term.
4. In the second column, list any prefixes and define them.
5. In the third column, list the root and define it.
6. In the fourth column, list any suffixes and define them.
7. In the fifth column list the exact definition of the term.
8. Make sure to include references to the articles your terms come from.

**** i need just the table & Link your reference****

Medical Term

Prefixes

Roots

Suffixes

Exact Meaning

         
         
         
         
         

 

In: Anatomy and Physiology

Can you please explain in detail. Thanks TASK 1 Minimise atrophy of the external rotator muscles...

Can you please explain in detail. Thanks

TASK 1

Minimise atrophy of the external rotator muscles at the glenohumeral joint as person recovers from injury and has restricted range of the GHJ.

  1. What exercise would you use? Type of contraction? Single or multi-joint? Open or closed kinetic chain?
  2. What strategies would you use when teaching a patient to perform this exercise who is in the cognitive phase of skill acquisition?
  3. Once fully recovered and all movement at the GHK is allowed, how would you modify/progress the exercise to continue to increase the strength of those muscles?
  4. Describe the prescription variables that you would use to improve strength (reps, sets etc).

TASK 2

The Barbell Squat

  1. How would you teach a person to barbell squat in cognitive phase of skill acquisition? What are the key features of this phase of skill acquisition?
  2. What muscles are the agonist / antagonist in each phase of the exercise?
  3. What types of muscle contractions are involved for the hip, knee and trunk extensors? Isometric, eccentric or concentric?
  4. Is this exercise open or closed kinetic chain, single or multi- joint?
  5. If a person had poor balance but you needed to strengthen the trunk, hip, and knee extensor muscles, how could you modify this exercise by changing the type of resistance?
  6. What are the advantages and limitations of using a squat compared to single-joint exercises for each individual muscle?

In: Anatomy and Physiology

Which of the following is not a function of the lymphatic system?


Which of the following is not a function of the lymphatic system? 

delivers nutrients to hard to reach cells 

returns fluid to the blood 

fights infections 

These all are lymphatic system functions. 

In: Anatomy and Physiology

Which of the following is not a type of hair?


Which of the following is not a type of hair? 

Multiple Choice 

Lanugo 

Vellus 

Keratin 

Terminal 

All of these are types of hair

In: Anatomy and Physiology

do muscles produce motion by pushing or pulling the limb segments or both?

do muscles produce motion by pushing or pulling the limb segments or both?

In: Anatomy and Physiology

Compare and contrast MHC class 1 vs MCH class 2: what are they? What do they...

Compare and contrast MHC class 1 vs MCH class 2: what are they? What do they present? Which cell lines express (have) them? Which immunity cell lines perceive (bind with) them? Which receptors are then used by those immunity cells to perceive them?

In: Anatomy and Physiology