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Massage Certification: Human Body

Instructions:

Answer 50 questions in 15 minutes.
If you are not ready to take this test, you can study here.
Match each statement with the correct term.
Don't refresh. All questions and answers are randomly picked and ordered every time you load a test.

This is a study tool. The 3 wrong answers for each question are randomly chosen from answers to other questions. So, you might find at times the answers obvious, but you will see it re-enforces your understanding as you take the test each time.

1. Aerolar tissue
Mentalis
Stored energy
Loose connective tissue
Bundle of overlapping thick & thin filaments

2. Passive natural immunity
Enhance allergic - inflamatory & immune reactions
Childhood osteomalacia
From placenta/nursing (immunity given by someone else)
Outer layer of the meninges

3. Neural crest
Mass of neural tissue that develops into dorsal root ganglia
8
Hormones produced in hypothalmus & stored in (posterior) pituitary
Red bone marrow & thymus

4. Hypoglossal canal
Surgical neck - where metaphasis was
Ascending - Arch - Descending
Costal cartilage
In occiput

5. Type AB blood
Has no antiglutens (universal recipient)
For blood colloidal osmotic pressure
Frontal - Ethmoid - maxilla - sphenoid
Epiphysis

6. Active transport
14
Air in pleural cavity
Uses ATP by membrane
Large hole at the base of occipital bone

7. White pulp

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8. Femur
Medulla - pons - mid brain
Formation of bones
Heaviest bone
Place on molecule where they attach to one another or something else

9. Supply blood to lower limbs
Common Illiac Arteries
Cytoplasm inside each muscle fiber that contains mitochondria & myofibrils
Lymphatic nodules at junction of oral cavity & pharynx
Located in Ethmoid

10. Drains blood from the head
Lowers blood calcium
Vaccination
Dorsal and plantar arteries of the foot
Jugular Vein

11. Metarteriole
Located in Ethmoid
Occipital bone
Connects arteriole/venule to a capillary
Has dens which articualtes with atlas

12. Potential Energy
No point of contact with any other bone
Produced by adrenals - form male/female sex characteristics
Stored energy
Lack of blood to an area - can cause hypoxia

13. Abdominal aorta splits at L4
Common Illiacs
Attacks pathogens dissolved in body fluids
Capillaries
Rest

14. Parasympathetic nerve to abdomin
Arteries
Pyloric sphincter
Vagus 10
Manubrium - body - Xiphoid process

15. Crural
Has both A & B antiglutens (Universal Donor)
Front of leg
Mandible
Drains into Brachiocephalic - In Anterior Triangle of neck

16. main blood supply to the arm - commonly used to take BP
Capillaries to allow for gas and nutrient exchange
Lymph nodes - spleen - liver
Veins 60% of blood at any one time
Brachial Artery

17. T-lymphocites use
Pushing the molecule thru the membrane (PASSIVE)
Saggital - coronal squamous - lambdoidal
Right side of arch - becomes right subclavian artery & Right Common Carotid
Perforin and lymphotoxin

18. Long contraction of the heart =
Uses ATP by membrane
Occurs in forearm/ at distal radius
Longer refractory peroid
Diaphragm

19. Stages of phagocytosis
Mass of neural tissue that develops into dorsal root ganglia
Chemotaxis - adhesion - ingestion - lysis - ejection
Heaviest bone
Pressure - flow - valves - muscle pump - respiratory pump

20. Infarction
Drains into Brachiocephalic
Diffusion
Lymph nodes - spleen - liver
Death of tissue caused by blood blockage

21. Abdominals attached to Ilium
Passive process molecule moves down the concentration gradient (from highest to lowest concentration)
Linea Alba
Drain into Subclavians
Transverse - internal & externals

22. Brocha's area
Skin - Connective Tissue - Aponeurosis - Loose connective tissue - Pericranuim
Paravertebral ganglions
Stored energy
Associated with speech

23. Mental foramen location
Arise off of Subclavians - within Transverse processes of cervicals - brings blood to brain
Anterior and posterior tibial arteries
Mandible
Epiphysis

24. Atp attached to
Myosin heads
Water
Develope in bone marrow
In the skin

25. 75% of inhalation done by...
Sa node - av node - av bundle - bundle branches - conduction myofibers (Perkinje)
Attaches to corners of mouth
Diaphragm
Renal Artery

26. ECG "QRS" wave
Pyloric sphincter
Blood hydrostatic pressure
Ventricular depolarization
Muscle cells named for their elongated shape and multinucleated

27. Drains blood from Sm/Lg intestines - stomach & pancreas
Superior Mesenteric Vein
Superficial vein that starts at the lateral malleolous and dumps into the poplitial vein
Chemotaxis - adhesion - ingestion - lysis - ejection
Raises blood pressure/lowers heart rate

28. Natural active immunity
When you get the disease and create antibodies against it
Movement
Deepest of Abdominal muscles
Carotid arteries

29. Cortisol
Air in pleural cavity
Anti-inflamitory produced by Adrenal Glands
On palms and soles of feet
Smooth muscle (cannot vasoconstrict)

30. Plurisy
Simple columnar epithelium
Irritation of the plural cavity by build up of extra fluid
In occiput
Located in the spleen - in the red pulp - remove old RBC's - store platelets - hemopoiesis in fetus

31. Secondary lymph organs
Superior Mesenteric Vein
Spleen - lymph nodes
Anti-inflamitory produced by Adrenal Glands
Cell membrane

32. Greater Saphenous vein
Produce Glucocorticoids - cortisol - mineralcorticoids - aldosterone - androgens
Also called adrenaline - produced by medulla of Adrenals
Superficial vein that starts anterior to the medial malleolous and dumps into the femoral vein
Alveoli

33. Neurohypophysis
Rectus sheath
Posterior pituitary stores Oxytocin & ADH
Internal intercostals & Abs
Arteries

34. Abdominal aorta bifurcates into
Located above heart - atrophies after puberty - assists in maturation of T cells
Common illiac arteries
Connect the brain & spinal cord
UV light

35. Pneumothorax
Air in pleural cavity
22
@ arteriol end of capillary blood colloidal osmotic pressure is higher than blood hydrostatic pressure - vice versa at the venus end
Between stomach & espohagus

36. Superior mesenteric arteries
Intracellular fluid
Touch receptor in papillae
Renal Artery
Supply upper digestive track

37. Medulla of Adrenals
Hormones produced in hypothalmus & stored in (posterior) pituitary
On palms and soles of feet
Produce Epinephrine or adrenaline
Crystals in bone

38. T3 & T 4
Arangement of compact bone
Back of leg
Produced by thyroid - regulate metabolism
Lack of blood to an area - can cause hypoxia

39. Processof exchange in capillary beds
Diffusion
Myosin heads/bridge gaps btw thin/thick filaments
Prevertebral ganglions
Right subclavian vein

40. periostial blood vessels
Innervates diaphram
Occipital bone
Arteries
Outside of long bones

41. Callus
Cells attack other cells
Increase surface area so more can be digested
Mass of repair tissue that bridges the end of a long bone
Rest

42. Where does interstitial fluid come from?
Blood
Measure muscle length
Dead tissue
Occipital bone

43. Shattered bone
Communited fracture
Red & white pulp
Sits behind the brain stem - responsible for balance
Diaphysis

44. Antagonist to PTH
Calcitonin
Supply lower GI tract
Lymphatic tissue containing T's B's and macrophages
Basal cell carcinoma

45. 4 forces on blood entering capillaries
Blood osmotic pressure - blood hydrostatic pressure
Connects pituitary & Hypothalmus
Anti-inflamitory produced by Adrenal Glands
From placenta/nursing (immunity given by someone else)

46. Vertebral foramen
Longer refractory peroid
Hole for spinal cord
Espohagus
Manubrium - body - Xiphoid process

47. External Occipital Protuberance
Base of occipital bone
External intercostals
Red bone marrow & thymus
Increase surface area so more can be digested

48. Factors that effect blood pressure
Located above heart - atrophies after puberty - assists in maturation of T cells
Osteon activity by way of calcium regulation
Cardiac output - volume - periferal resistance
Ascending - Arch - Descending

49. Pressure resevoirs
Arteries
Hormone of the skin
Has both A & B antiglutens (Universal Donor)
Fluid build up in lower extremily - right side of heart death - fluid build up in lungs - left side of heart death

50. Amydgala
Cell membrane for each muscle fiber
Compress the abdomen
Popliteal artery
Almond shaped group of neurons in temporal lobe responsible for memory & emotional reaction