Intro to Anatomy
Cells
Integument
Tissues
Bones
100

Name the organization levels in order from smallest to largest. 

Atoms, molecules, cells, tissues, organs, systems, organism level

100

What would happen to a cell in a hypotonic solution? Also define in terms of concentration gradient movement. 

Cell will lyse because you're moving from low solute to high solute concentration. 

100

Give me a function of the integumentary system. 

-physical/chemical protection

-body temperature regulation 

-synthesize vit. D

-provides sensory information (touch, pressure, temperature, pain, vibration)

100
Give me the major types of tissues

CMEN- Connective, Muscular, Epithelial, Nervous

100

In space, ____________ are inhibited and ____________ are stimulated. 

osteoblasts = inhibited 

osteoclasts = stimulated

200

Name an example of and define Negative Feedback Loop and Positive Feedback. 

Negative Feedback Loop: oppose initial change/reduce output; Body Temperature regulation, blood sugar levels

Positive Feedback: increases initial stimulus; blood clotting or childbirth 
200

Where is the most CO2 produced during aerobic respiration? Where does this step happen in the cell?

Kreb's Cycle, happens in the mitochondria. 

200

In this type of skin cancer, tumors appear most frequently on the face, neck, bald scalp, hands, shoulders, arms, and back. 

squamous cell carcinoma

200

Give me the 3 types of Connective Tissues. 

1. Connective Tissue Proper: Loose + Dense (regular and irregular)

2. Fluid Connective Tissue: blood + lymph 

3. Supportive Connective Tissue: cartilage + bone 

200

What is the difference between caniculi and lacunae? 

canaliculi: passageways between osteocytes for communication 

lacunae: where osteocytes live

300

Name the cavities of the Thoracic Cavity, and what each one houses. 

Pleural: lungs

Mediastinum: heart, great vessels, trachea, esophagus

Pericardial: heart

300

Name the three things that keep the cell membrane potential negative. 

1. K+ leaks out at rest. 

2. Inside of cells have fixed (-) charged proteins and phosphates. 

3. Na+/K+ pump: 3 Na+ out vs. 2 K+ in, net loss=lose more positive.

300

Name the epidermal layers from deepest to superficial. 

stratum basale, stratum spinosum, stratum granulosum, stratum lucidum, stratum corneum 

300

Where can we find reticular fibers? 

bone marrow, lymph nodes, spleen, liver

300

Give me the pathway of a bone cell starting from the stem cell. 

Mesenchymal stem cell, osteochondral progenitor cell, osteoblast or chondrocyte, osteoblast turns into osteocyte. 

400
Name 3 organs of the Endocrine System

Pineal Gland, Hypothalamus, Pituitary Gland, Thyroid Gland, Thymus Gland, Adrenal Glands, Pancreas, Testes, Ovaries 

400

Name the pathway of a protein throughout a cell. 

Nucleus, RER, Golgi Apparatus, Vesicles, Plasma Membrane  

400

Name 2 examples of tactile epithelial cells. 

Meissner corpuscle, Merkel cells, epidermal ridges, Pacinian corpuscle

400

Give me at least 3 Connective Tissue Proper Cells that are involved with immunity. 

microphages, macrophages, mast cells, leukocytes, plasma cells

400

Name the pathway of what occurs if you have high Ca2+ levels in the blood. 

Thyroid gland -> calcitonin -> inhibits osteoclasts ->tells kidneys to pee out Ca2+

500

Name the organ systems that do Acid-Base regulation. 

Cardiovascular system: carries CO2 away from body

Respiratory system: keep/blow off CO2

Digestive system: absorb H+ ions

Urinary: pee/keep H+ ions

500

Name the 3 types of endocytosis. 

Pinocytosis (extracellular fluid), phagocytosis (foreign objects), receptor-mediated endocytosis (hormones, LDL) 

500
Describe the difference between the types of sudoriferous glands. 
Eccrine: extensive distribution, sympathetic autonomic control, fight/flight, BT regulation


Apocrine: limited distribution, sticky cloudy odorous secretions, located in axilla, pubis, areolae. 

500

Where can we find dense regular connective tissue? 

suspensory ligaments of ovary: made of PARALLEL bundles of elastic fibers (stretchy) 

500

Give me all the steps of bone repair. 

1. Fracture hematoma occurs. 

2. fibrocartilaginous callus forms to bridge broken edges. 

3. Bony callus replaces fibrocartilaginous callus. 

4. Bony callus is remodeled into compact bone/bone fragments are fully reabsorbed. 

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