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Human Anatomy & Physiology – MidTerm Study Module

Total questions: 103

Worksheet time: 52mins

Name
Class
Date
1.
A patient is diagnosed with a genetic mutation that affects the sequence of amino acids in hemoglobin. At which level of structural organization does this problem originate?
a)
Cellular
b)
Chemical
c)
Organismal
d)
Organ
2.
A sprained ankle involves damage to ligaments, which are made of dense connective tissue. Which level of organization is primarily affected?
a)
Tissue
b)
Organ
c)
Organ System
d)
Chemical
3.
A physician orders a biopsy that reveals uncontrolled growth of epithelial cells lining the stomach. This finding demonstrates a problem with which tissue function?
a)
Transmitting electrical impulses
b)
Contracting to produce movement
c)
Lining and protecting body surfaces
d)
Storing energy and providing support
4.
A burn patient develops blisters because the outermost tissue layer is destroyed, but underlying structures remain intact. Which tissue type is directly compromised?
a)
Connective
b)
Nervous
c)
Muscle
d)
Epithelial
5.
A stroke damages neurons in the motor cortex of the brain. Which major function of nervous tissue is lost in this scenario?
a)
Providing structural support
b)
Allowing voluntary movement
c)
Transmitting signals for communication
d)
Lining hollow organs
6.
A patient with multiple sclerosis has damage to myelin sheaths, impairing nerve conduction. This most directly interferes with communication between which two levels of organization?
a)
Tissue and organ
b)
Chemical and cellular
c)
Organ and organ system
d)
Organ system and organismal
7.
During exercise, skeletal muscle contracts to move the body. Which other tissue type must simultaneously function to ensure continuous oxygen delivery to muscle cells?
a)
Epithelial
b)
Connective
c)
Nervous
d)
None—only muscle is required
8.
If a patient has heart failure, which levels of organization are impacted in ascending order?
a)
Tissue → Organ → Organ System → Organism
b)
Chemical → Cellular → Tissue → Organ
c)
Cellular → Organ → Tissue → Organism
d)
Chemical → Organ → Organism → Organ System
9.
A patient sustains a spinal cord injury after a car accident. Which dorsal cavity is primarily involved?
a)
Cranial
b)
Thoracic
c)
Vertebral (spinal)
d)
Abdominal
10.
A surgeon is preparing to remove a diseased gallbladder. In which ventral cavity will the surgery take place?
a)
Cranial cavity
b)
Thoracic cavity
c)
Abdominal cavity
d)
Pelvic cavity
11.
Which of the following organs is located within the thoracic cavity?
a)
Brain
b)
Heart
c)
Kidneys
d)
Bladder
12.
An EMT notes that a stab wound is 'anterior to the right lung.' What does this mean?
a)
The wound is located toward the patient’s back.
b)
The wound is located closer to the patient’s midline.
c)
The wound is located on the patient’s front.
d)
The wound is located farther from the trunk.
13.
A football player fractures his radius near the wrist. Compared to the elbow, this fracture is described as:
a)
Proximal
b)
Distal
c)
Medial
d)
Superficial
14.
A laceration cuts through only the skin layers without affecting underlying muscles. How should this injury be described?
a)
Deep
b)
Superficial
c)
Inferior
d)
Posterior
15.
A CT scan produces images dividing the body into left and right halves. Which plane is being used?
a)
Coronal (frontal)
b)
Sagittal
c)
Transverse
d)
Oblique
16.
An MRI divides an athlete’s body into anterior and posterior sections. Which plane of section is used?
a)
Coronal (frontal)
b)
Sagittal
c)
Transverse
d)
Oblique
17.
A nurse is explaining an X-ray to a patient. Why is the 'anatomical position' important in interpreting the image?
a)
It ensures that the body is always lying down.
b)
It provides a universal reference for directional terms.
c)
It shows the body as it naturally rests.
d)
It avoids the use of planes of section.
18.
A CT scan shows a tumor located in the lungs. Compared to the diaphragm, the lungs are:
a)
Inferior
b)
Posterior
c)
Superior
d)
Distal
19.
A patient complains of back pain. The physician documents tenderness on the 'posterior' side of the thoracic region. Where is the pain located?
a)
Toward the front of the chest
b)
Toward the back of the chest
c)
Toward the midline of the chest
d)
Toward the surface of the chest
20.
During a knee examination, the doctor explains that the kneecap (patella) is located _________ to the hip joint.
a)
Medial
b)
Lateral
c)
Proximal
d)
Distal
21.
A paramedic describes a gunshot wound as 'proximal to the right elbow.' Where is the wound located?
a)
Closer to the shoulder than the elbow
b)
Closer to the hand than the elbow
c)
On the front surface of the elbow
d)
On the back surface of the elbow
22.
A deep puncture wound penetrates through muscle tissue into the thoracic cavity. Compared to the skin, this wound is:
a)
Superficial
b)
Distal
c)
Medial
d)
Deep
23.
An MRI divides the brain into right and left portions. Which plane of section was used?
a)
Sagittal
b)
Frontal
c)
Transverse
d)
Oblique
24.
A CT scan slices the abdomen into superior and inferior portions. Which plane of section is this?
a)
Frontal
b)
Transverse
c)
Sagittal
d)
Coronal
25.
A patient with a head injury is diagnosed with bleeding inside the cranial cavity. Which organ is most directly at risk?
a)
Brain
b)
Spinal cord
c)
Heart
d)
Lungs
26.
After a paper cut, new epithelial cells regenerate to heal the skin. Which epidermal layer is most responsible for producing these new cells?
a)
Stratum spinosum
b)
Stratum basale
c)
Stratum corneum
d)
Stratum granulosum
27.
A hiker develops thick calluses on his hands after repeated use of hiking poles. Which epidermal layer primarily produces the protective keratin that makes up the callus?
a)
Stratum lucidum
b)
Stratum granulosum
c)
Stratum corneum
d)
Stratum spinosum
28.
The soles of the feet often have an extra translucent layer that enhances protection against friction. Which layer is this?
a)
Stratum lucidum
b)
Stratum basale
c)
Stratum granulosum
d)
Stratum spinosum
29.
A patient has a family history of skin cancer and is advised to wear sunscreen. Which cells in the epidermis provide natural UV protection by producing pigment?
a)
Keratinocytes
b)
Melanocytes
c)
Fibroblasts
d)
Chondrocytes
30.
An intramuscular vaccine is administered too shallowly, ending up in the subcutaneous tissue instead of the muscle. Which layer of skin did it enter?
a)
Epidermis
b)
Dermis
c)
Hypodermis
d)
Stratum basale
31.
A patient’s skin biopsy reveals damaged hair follicles, sebaceous glands, and sweat glands. Which skin layer houses these structures?
a)
Epidermis
b)
Dermis
c)
Hypodermis
d)
Stratum corneum
32.
During a heat wave, a person’s sweat glands are highly active. Which type of glands help regulate body temperature through evaporation?
a)
Sebaceous glands
b)
Apocrine glands
c)
Exocrine glands
d)
Sudoriferous glands
33.
A teenager notices body odor that worsens with stress and hormones. Which sweat glands are responsible for this type of secretion?
a)
Eccrine glands
b)
Apocrine glands
c)
Sebaceous glands
d)
Sudoriferous glands
34.
A dermatologist explains that acne is often caused by blocked pores due to overactive oil production. Which glands are responsible?
a)
Sebaceous glands
b)
Apocrine glands
c)
Sudoriferous glands
d)
Exocrine glands
35.
A doctor notices that a patient’s nails are bluish in color. This is often a sign of:
a)
Healthy keratinization
b)
Oxygen deficiency in blood circulation
c)
Excessive melanin production
d)
Overactive sebaceous gland secretion
36.
A patient suffers a fracture to the femur. Which division of the skeleton does this bone belong to?
a)
Axial skeleton
b)
Appendicular skeleton
c)
Cranial skeleton
d)
Thoracic skeleton
37.
An X-ray shows that a patient’s fracture is within the dense outer layer of a long bone. Which bone type is most directly affected?
a)
Compact bone
b)
Spongy bone
c)
Cartilage
d)
Bone marrow
38.
A hematology patient receives a bone marrow biopsy from the sternum. Which type of bone and marrow are being accessed?
a)
Spongy bone with yellow marrow
b)
Compact bone with yellow marrow
c)
Spongy bone with red marrow
d)
Compact bone with red marrow
39.
The osteon is the functional unit of compact bone. Which structure within the osteon carries blood vessels and nerves?
a)
Lacunae
b)
Canaliculi
c)
Central (Haversian) canal
d)
Trabeculae
40.
Mature bone cells are housed within small cavities in the bone matrix. These cavities are called:
a)
Lacunae
b)
Canaliculi
c)
Osteons
d)
Marrow spaces
41.
Osteocytes must exchange nutrients and waste through tiny canals connecting lacunae. These passageways are called:
a)
Trabeculae
b)
Canaliculi
c)
Central canals
d)
Perforating canals
42.
In osteoporosis, bone resorption outpaces bone formation. Which cells are overactive?
a)
Osteoblasts
b)
Osteoclasts
c)
Osteocytes
d)
Chondrocytes
43.
An adolescent’s X-ray shows an active epiphyseal plate at the end of the femur. What does this indicate?
a)
The bone has completed growth.
b)
The bone is still capable of lengthening.
c)
The bone is undergoing repair.
d)
The bone is filled with red marrow only.
44.
During embryonic development, long bones form by replacing cartilage models. This process is called:
a)
Intramembranous ossification
b)
Endochondral ossification
c)
Hematopoiesis
d)
Mineralization
45.
A patient with anemia has reduced blood cell production. Which process is directly impaired?
a)
Ossification
b)
Hematopoiesis
c)
Calcification
d)
Canaliculi exchange
46.
A car accident victim has a bone fracture where the broken ends pierce through the skin, increasing risk of infection. What type of fracture is this?
a)
Greenstick
b)
Compound (open)
c)
Compression
d)
Depressed
47.
A 70-year-old patient’s X-ray shows a femur shattered into several fragments after a fall. Which fracture best describes this?
a)
Spiral
b)
Transverse
c)
Comminuted
d)
Fissured
48.
A child falls from a swing and partially cracks the radius, but the bone does not break completely through. Which fracture is most likely?
a)
Oblique
b)
Greenstick
c)
Spiral
d)
Compression
49.
An athlete twists his leg during skiing, and the bone fracture spirals around the shaft. This is most likely a:
a)
Spiral fracture
b)
Oblique fracture
c)
Transverse fracture
d)
Fissured fracture
50.
An elderly woman with osteoporosis collapses part of her vertebrae after slipping on ice. Which fracture type has occurred?
a)
Depressed
b)
Compression
c)
Torsion
d)
Compound
51.
An X-ray reveals a clean horizontal break across the shaft of the humerus. Which fracture type is this?
a)
Oblique
b)
Transverse
c)
Comminuted
d)
Fissured
52.
A patient struck in the skull during an accident shows a sunken area where bone fragments have been driven inward. This is classified as a:
a)
Compression fracture
b)
Greenstick fracture
c)
Depressed fracture
d)
Compound fracture
53.
A runner experiences pain in the tibia. Imaging reveals a thin crack lengthwise through the shaft of the bone. What type of fracture is this?
a)
Fissured fracture
b)
Oblique fracture
c)
Transverse fracture
d)
Torsion fracture
54.
A patient’s X-ray shows a diagonal break across the shaft of the ulna. Which type of fracture does this represent?
a)
Oblique
b)
Spiral
c)
Transverse
d)
Compression
55.
A football player’s ankle is forcefully twisted, causing a severe break due to rotational force. Which fracture type occurred?
a)
Torsion fracture
b)
Spiral fracture
c)
Compression fracture
d)
Depressed fracture
56.
A patient is running a fever, and the body activates sweat glands to cool down. This is an example of:
a)
Positive feedback
b)
Negative feedback
c)
Homeostasis failure
d)
Feed-forward regulation
57.
During labor, contractions increase in intensity as oxytocin is released, stimulating more contractions until birth occurs. This is an example of:
a)
Negative feedback
b)
Positive feedback
c)
Homeostasis failure
d)
Neutral regulation
58.
When a vessel is injured, platelets stick to the site and release chemicals that attract more platelets until a clot forms. This is an example of:
a)
Positive feedback
b)
Negative feedback
c)
Homeostasis disruption
d)
Feed-forward control
59.
A patient’s pancreas fails to produce insulin, leading to uncontrolled blood glucose levels. This condition is best described as:
a)
Positive feedback
b)
Negative feedback
c)
Homeostasis failure
d)
Normal regulation
60.
If metabolism produces ATP for energy but excessive CO₂ accumulates in the blood, the result is:
a)
Alkalosis
b)
Acidosis
c)
Homeostasis balance
d)
Hypothermia
61.
The primary energy molecule produced by metabolism is:
a)
DNA
b)
RNA
c)
ATP
d)
Glucose
62.
After eating, blood sugar levels rise. The pancreas releases insulin, which lowers glucose levels back to normal. This process is an example of:
a)
Positive feedback
b)
Negative feedback
c)
Homeostasis failure
d)
Metabolic acidosis
63.
If the body cannot maintain homeostasis (such as in multi-organ failure), the ultimate result may be:
a)
Increased positive feedback loops
b)
Stabilization
c)
Death
d)
Rapid ATP production
64.
A patient with vitiligo lacks pigment in certain patches of skin due to malfunction of which cells in the stratum basale?
a)
Keratinocytes
b)
Melanocytes
c)
Fibroblasts
d)
Sebaceous cells
65.
A rock climber has thick calluses on his fingertips. Which layer of the epidermis is most responsible for this hardened outer layer?
a)
Stratum granulosum
b)
Stratum corneum
c)
Stratum lucidum
d)
Stratum spinosum
66.
A forensic pathologist explains that a thick transparent skin layer is visible only on the soles of the feet. This layer is the:
a)
Stratum spinosum
b)
Stratum lucidum
c)
Stratum granulosum
d)
Stratum corneum
67.
A deep cut bleeds heavily and damages nerve endings and glands. Which layer of skin is primarily injured?
a)
Epidermis
b)
Dermis
c)
Hypodermis
d)
Stratum basale
68.
A patient with low body fat has difficulty regulating temperature and cushioning organs. Which tissue in the hypodermis is lacking?
a)
Muscle tissue
b)
Adipose tissue
c)
Fibrous connective tissue
d)
Epithelial tissue
69.
A teenager develops acne due to clogged pores from excess sebum secretion. Which glands are overactive?
a)
Sebaceous glands
b)
Sudoriferous glands
c)
Apocrine glands
d)
Endocrine glands
70.
A runner finishes a marathon in extreme heat. Which glands are most important for thermoregulation through sweat evaporation?
a)
Apocrine glands
b)
Sebaceous glands
c)
Sudoriferous glands
d)
Exocrine glands
71.
A high school student notices strong body odor after workouts, especially under the arms. Which glands are responsible?
a)
Sebaceous glands
b)
Apocrine glands
c)
Sudoriferous (eccrine) glands
d)
Exocrine glands
72.
A doctor notices brittle nails in a patient with malnutrition. Which protein is deficient?
a)
Actin
b)
Keratin
c)
Collagen
d)
Elastin
73.
A patient with severe burns loses large amounts of body fluid and is prone to infection. Which two primary integumentary functions are compromised?
a)
Sensation and energy production
b)
Protection and water retention
c)
Thermoregulation and circulation
d)
Lubrication and hormone secretion
74.
During embryonic development, flat bones of the skull form directly from mesenchyme without a cartilage model. This process is called:
a)
Endochondral ossification
b)
Intramembranous ossification
c)
Hematopoiesis
d)
Calcification
75.
An X-ray of a 14-year-old shows an open epiphyseal plate in the femur. What does this indicate?
a)
The bone is finished growing in length
b)
The bone is still capable of longitudinal growth
c)
Bone growth occurs only in width
d)
The bone has fused early
76.
Compact bone contains cylindrical units that house blood vessels and nerves. These units are called:
a)
Lacunae
b)
Canaliculi
c)
Osteons (Haversian systems)
d)
Trabeculae
77.
A patient requires a bone marrow transplant to restore red blood cell production. Which marrow type is most directly involved?
a)
Yellow marrow – stores fat
b)
Red marrow – hematopoiesis
c)
Red marrow – calcium storage
d)
Yellow marrow – immune cell production
78.
A football player sustains a tibia fracture with bone protruding through the skin. This is classified as:
a)
Greenstick fracture
b)
Comminuted fracture
c)
Compound (open) fracture
d)
Depressed fracture
79.
An elderly patient’s brittle femur shatters into multiple fragments after a fall. This best describes a:
a)
Comminuted fracture
b)
Fissured fracture
c)
Oblique fracture
d)
Spiral fracture
80.
Compared to adults, children’s bones are more flexible due to higher __________ content, making them prone to:
a)
Calcium; transverse fractures
b)
Collagen; greenstick fractures
c)
Osteons; compression fractures
d)
Marrow; spiral fractures
81.
Which structure belongs to the axial skeleton?
a)
Femur
b)
Pelvis
c)
Sternum
d)
Clavicle
82.
A fracture to the humerus would be categorized under which skeleton division?
a)
Axial skeleton
b)
Appendicular skeleton
c)
Cranial skeleton
d)
Thoracic skeleton
83.
A patient with osteoporosis is at risk of fractures and decreased mineral storage. Which function of the skeletal system is compromised?
a)
Protection of organs
b)
Storage of calcium and phosphorus
c)
Movement with muscles
d)
Blood cell production
84.
A patient with mitochondrial disease has muscle weakness because cells cannot produce enough ATP. Which level of organization is failing first?
a)
Organ system
b)
Organ
c)
Cellular
d)
Tissue
85.
Why is the rib cage essential for thoracic cavity organ function?
a)
It prevents any movement of the lungs
b)
It protects organs while allowing expansion for breathing
c)
It eliminates the need for respiratory muscles
d)
It keeps organs at constant pressure
86.
An EMT reports a wound as 'proximal' to the wrist, but it is actually distal. What is the risk of this mistake?
a)
No effect on treatment
b)
Incorrect site of treatment or surgery
c)
Improved accuracy in diagnosis
d)
Faster healing of injury
87.
A trauma doctor chooses a transverse CT scan to evaluate abdominal bleeding. Why?
a)
It provides cross-sections to see internal bleeding locations
b)
It gives only external surface views
c)
It avoids radiation exposure
d)
It shows better images of bone density
88.
Why is precise anatomical language critical when describing a compound fracture?
a)
It avoids confusion during medical communication
b)
It makes injuries sound more complicated
c)
It reduces need for diagnostic imaging
d)
It replaces physical examination
89.
A burn destroys only epithelial tissue. Which function is MOST affected?
a)
Electrical impulse transmission
b)
Muscle contraction
c)
Protective barrier function
d)
Energy storage
90.
Touching a hot stove activates a reflex. Which tissues work together to withdraw the hand?
a)
Muscle, connective, nervous
b)
Epithelial, adipose, bone
c)
Cartilage, tendon, blood
d)
Only nervous tissue
91.
After sprinting, lactic acid buildup causes muscle fatigue and low blood pH. Which homeostatic imbalance is occurring?
a)
Alkalosis
b)
Metabolic acidosis
c)
Respiratory alkalosis
d)
Cellular dehydration
92.
Why is inflammation an important early step in tissue repair after an ankle sprain?
a)
It prevents all blood flow to the site
b)
It initiates immune defense and repair processes
c)
It speeds up bone remodeling
d)
It decreases nutrient delivery
93.
Why must a pathologist study microscopic tissue structure when diagnosing cancer?
a)
Cancer cells have normal tissue structure
b)
Cancer cells alter tissue architecture
c)
Tissue structure is irrelevant in cancer diagnosis
d)
Cancer only affects connective tissue
94.
A runner sweats heavily during a race. How does this maintain homeostasis?
a)
Increases water retention
b)
Removes excess salt only
c)
Cools body through evaporation
d)
Raises body temperature
95.
A third-degree burn increases risk of:
a)
Improved thermoregulation
b)
Better vitamin D production
c)
Fluid loss and infection
d)
Stronger melanin production
96.
Why does acne increase after puberty?
a)
Reduced sweat gland activity
b)
Increased sebaceous gland activity
c)
Decreased hormone production
d)
Reduced melanin production
97.
A dermatologist examines the stratum basale for signs of melanoma because:
a)
It contains sweat glands
b)
It produces sebum
c)
It houses melanocytes that can become cancerous
d)
It has dead keratinized cells
98.
How does melanoma differ from acne in demonstrating skin function?
a)
Acne affects only dermal nerves
b)
Melanoma is life-threatening due to uncontrolled cell growth
c)
Acne is always more dangerous
d)
Melanoma never spreads
99.
A bone marrow transplant restores:
a)
Calcium storage
b)
Hematopoiesis
c)
Bone density
d)
Growth plate activity
100.
Why do children’s bones heal faster than adults’?
a)
They contain more osteons
b)
They have open epiphyseal plates and more collagen
c)
They store more calcium salts
d)
They lack periosteum
101.
Osteoporosis weakens bone because it reduces:
a)
Number of canaliculi
b)
Bone density and osteon strength
c)
Collagen flexibility only
d)
Activity of bone marrow
102.
How does the fracture repair process (hematoma, callus, remodeling) show homeostasis?
a)
It permanently weakens bone
b)
It restores structure and function
c)
It stops blood flow to the area
d)
It prevents ossification
103.
Osteoporosis increases fracture risk because:
a)
Bones have too much collagen
b)
Bones lose density and minerals
c)
Bones contain excess marrow
d)
Bones grow too quickly