Body Fluids Flashcards

(36 cards)

1
Q

Interstitial fluid and blood plasm are highly similar with the exception of ____

A

Protein content

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2
Q

What is one reason for the blood plasm containing proteins?

A

Osmotic pressure helps pull water into the blood vessels

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3
Q

Why does low serum albumin (protein) levels tend to cause edema

A

Water can leak out of the blood vessels more easily

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4
Q

Extracellular fluid (interstitial) are either ____ or ___ of blood plasma

A

Filtrates, derivatives

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5
Q

How are ECF’s distinct from ICF’s?

A

ECF has high Na+ and Cl- and ICF had high K+ and PO4

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6
Q

Water is taken in at the GI tract which quickly equilibrates with:

A

Blood plasma, interstitial fluid, and intracellular solutions

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7
Q

How do we lose water

A

From the kidney, lungs, skin (perspiration), and GI tract

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8
Q

What does starlings hypothesis not explain

A

Rapid H2O and small molecule exchange

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9
Q

In starlings hypothesis, what pressure is greater on the arteriolar end

A

Hydrostatic pressure

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10
Q

In starlings hypothesis, what pressure is greater at the venous end of the capillary

A

Osmotic pressure

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11
Q

Starlings hypothesis

A

There should be leakage of a filtrate of plasma into the ECF at the arteriolar end and transport ion of water at the venous end

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12
Q

H2O absorbs in the GI-

A

GI tract->blood -> interstitial fluid -> intracellular solution

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13
Q

Synovial fluid is

A

Extension of interstitial fluid and normally clear to pale yellow

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14
Q

Where is synovial fluid found

A

In joints

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15
Q

What does synovial fluid contain

A

Glucose and electrolytes similar to plasma and sometimes fibrinogens if there is an injury

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16
Q

Enzymes present in synovial fluid

A

Amylase, protase, lipase

17
Q

Proteogylcans found in synovial fluid

A

Hyaluronic acid (contributor to viscosity) and chondritin sulfate

18
Q

Rheumatoid arthritis

A

Synovia fluid becomes cloudy, protein increase, increased volume, increased globulin and leukocytes

19
Q

Joint damage

A

Erythrocytes often seen, less than 2K leukocytes because no infection

20
Q

How globular filtration works

A

First step in making urine is separating the liquid part of your blood

21
Q

How is breast milk related to blood?

A

Prolactin causes your alveoli to take nutrients from your blood supply and turn them into breast milk

22
Q

What happens during lactation

A

Breast milk is produced and stored in the alveoli and then pumped through ducts

23
Q

Where is the aqueous humor found

A

Anterior chamber of the eye

24
Q

3 functions of the aqueous humor

A
  • maintain intraocular pressure
  • nutrify avascular cornea, lend, and iris
  • acts as a powerful lens
25
Aqueous humor fluid half life is
45 minutes
26
Ciliary body
Forms aqueous humor Secretes hyaluronic acid Acts as blood-aqueous barrier
27
Aqueous humor flow
Secreted by ciliary body Passes through iris Removed by iridiocorneal angle by canal of schlemm
28
When aqueous humor flow is blocked what happens
Increase in intraocular pressure, leads to glaucoma
29
Vitreous humor
Clear, avascular, gelatinous, maintains intra-ocular pressure, mechanical support (shock absorber), acts as lens
30
Where is the vitreous humor located
Posterior segment
31
Vitreous humor composition
Protein, glucose, PO4, upper-ascorbate, K+, collagen 2
32
Keratoconjunctivitis
Dry eye from lacrimal gland degeneration - 50/60 years old
33
Blepharitis
Abnormal meibomian glands
34
Tears composition
Lysozyme, lactoferrin, albumin, peroxidase, lipids
35
Tears composition is secreted from
95% lacrimal gland (aqueous layer), mucin-glycoproteins (conjunctival goblet cells), 5% meibomian gland (lipid layer)
36
Tears functions
Lubrication and oxygenation (O2 tension near 155mm hg) Protection Wetting optical surface