INTRO TO CELLULAR ABERRATIONS Flashcards

(62 cards)

1
Q

disease process whereby cells
proliferate abnormally, ignoring
growth-regulating signals in the
environment surrounding the cell.

A

cancer

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2
Q

4 kinds of cancer

A

carcinomas
sarcomas
lymphomas
leukemias

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3
Q

adeno

A

gland

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4
Q

chondro

A

cartilage

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5
Q

erythro

A

rbc

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6
Q

hemangio

A

blood vessels

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7
Q

hepato

A

liver

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8
Q

lipo

A

fat

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9
Q

lympho

A

lymphocyte

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10
Q

melano

A

pigment cell

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11
Q

myelo

A

bone marrow

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12
Q

myo

A

muscle

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13
Q

osteo

A

bone

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14
Q

Malignant tumor
of glandular epithelium;
may produce mucin.

Breast, colon,
pancreas, prostate,
lung (non-small cell)

A

adenocarcinoma

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15
Q

Slow-growing, locally
invasive tumor derived
from basal cells of the
epidermis; rarely
metastasizes.

Sun-exposed skin
(face, neck, scalp)

A

basal cell carcinoma

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16
Q

Malignant tumor
originating
from squamous
epithelial cells, often
associated with chronic
irritation or sun exposure.

Skin, esophagus, oral
cavity, cervix, lungs.

A

squamous cell carcinoma

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17
Q

Malignancy from
the transitional
epithelium lining urinary
tract; linked to smoking
and occupational toxins.

Bladder, ureters, renal
pelvis.

A

transitional cell carcinoma

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18
Q

osteoblasts producing
immature bone (osteoid);
typically affects
adolescents and young
adults.

Long bones (femur,
tibia, humerus),
especially near growth
plates (metaphysis)

A

osteosarcoma

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19
Q

Malignant tumor
of cartilage-producing
cells; usually occurs in
middle-aged to older
adults.

Pelvis, femur, ribs,
shoulder girdle

A

chondrosarcoma

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20
Q

Vascular tumor
associated with HHV-8
infection; often occurs in
immunocompromised
patients (e.g., HIV/AIDS)

Skin, mucous
membranes,
gastrointestinal tract,
lungs

A

kaposi sarcoma

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21
Q

Malignant tumor
of smooth muscle cells;
aggressive and prone to
recurrence and
metastasis

Uterus,
retroperitoneum, deep
soft tissues

A

leiomyosarcoma

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22
Q

Rapid proliferation
of immature lymphoid
cells (lymphoblasts);
progresses quickly without
treatment.

Most common
in children, but can
occur in adults.

A

acute lymphoblastic leukemia

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23
Q

Malignancy of myeloid
precursor cells, leading to
accumulation of blasts in
the bone marrow and blood.

Common in adults,
especially >60 years;
associated with
radiation, benzene, or
chemotherapy
exposure.

A

acute myeloid leukemia

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24
Q

Slow-growing cancer
of mature B lymphocytes;
often indolent but can
transform into aggressive
lymphoma (Richter’s
transformation).

Most common in older
adults, especially males
>65 years.

A

chronic lymphocytic leukemia

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25
Cancer of myeloid stem cells characterized by the Philadelphia chromosome (BCR-ABL fusion); progresses from chronic to blast crisis if untreated. Middle-aged adults (40–60 years).
chronic myeloid leukemia
26
B lymphocytes (presence of Reed–Sternberg cells) Common in young adults and older adults. Orderly spread, from one node to the next. Often linked to EBV.
hodgkin lymphoma
27
B cells, T cells, or NK cells. Can occur at any age. Random spread, may involve multiple nodes and organs. Linked to immune problems, infections, or HIV
non-hodgkin lymphoma
28
Most common type; malignant proliferation of plasma cells producing monoclonal immunoglobulins (M-protein), leading to bone destruction and organ damage. Bone marrow (spine, pelvis, ribs, skull, long bones)
multiple myeloma
29
Early stage with abnormal plasma cell proliferation but no end-organ damage; risk of progression to multiple myeloma. Bone marrow; no active bone destruction
smoldering (asymptomatic) myeloma
30
Most common type (~70%); grows slowly across the skin before invading deeper layers. Trunk in men, legs in women, or any sunexposed area.
superficial spreading melanoma
31
Aggressive; grows vertically and invades deeper skin layers quickly Trunk, head, and neck
nodular melanoma
32
Cancers that arise from epithelial tissues, which line organs, glands, and body surfaces (e.g., skin, lungs, breast, colon). They are the most common type of cancer.
carcinoma
33
Cancers that originate from connective or supporting tissues such as bone, muscle, fat, cartilage, or blood vessels. They are relatively rare.
sarcoma
34
Cancers that develop from the lymphatic system, specifically lymphocytes (B cells or T cells). They usually form solid tumors in lymph nodes or lymph tissues.
lymphoma
35
Cancers of the bone marrow and blood, involving abnormal proliferation of white blood cells. They typically do not form solid tumors but circulate in the blood.
leukemia
36
in cancer ___ is evaded; damaged cells survive and multiply.
apoptosis
37
Formation of new blood vessels that supply a tumor with oxygen and nutrients, allowing it to grow and spread (metastasis).
tumor angiogenesis
38
tumor cells grow only locally and cannot spread by invasion or metastasis
Benign (not cancer)
39
cells invade neighboring tissues, enter blood vessels, and metastasize to different sites
malignant (cancer)
40
benign or malignant: Well-differentiated; cells look similar to normal tissue
benign
41
benign or malignant: Poorly differentiated or undifferentiated; abnormal size and shape
malignant
42
benign or malignant: Grows rapidly, invades and infiltrates surrounding tissues
malignant
43
benign or malignant: Grows slowly, expands, and is often encapsulated
benign
44
benign or malignant: Rapid and uncontrolled
malignant
45
benign or malignant: Slow and progressive
benign
46
benign or malignant: metastasis
malignant
47
benign or malignant: Usually localized; rarely causes systemic effects unless large
benign
48
benign or malignant: Can cause systemic effects like weight loss, fatigue, or hormonal imbalances
malignant
49
benign or malignant: Significant destruction and damage to surrounding tissues
malignant
50
normal > ___ > ____ > cancer
hyperplasia dysplasia
51
Increase in the number of normal cells → tissue enlarges but cells look normal.
hyperplasia
52
Abnormal cell size, shape, and organization → disordered growth, often pre-cancerous.
dysplasia
53
Early-stage carcinoma where abnormal cancer cells are confined to the epithelium and have not invaded the basement membrane or spread to surrounding tissues.
carcinoma in situ
54
The process of looking at cancer cells under a microscope to see how abnormal they look compared to normal cells. Helps predict how quickly the tumor may grow and spread.
grading
55
The process of determining how much cancer is in the body and where it has spread. Guides treatment planning and helps predict prognosis.
staging
56
Estimate of how much cancer there is based on the results of the physical exam, imaging tests and endoscopic procedures.
clinical staging - cTNM
57
Estimate of the extent of the cancer based on the microscopic examination of the tumor after surgery
pathological staging - pTNM
58
staging used for solid tumors
TNM
59
what is TNM
TUMOR SIZE 0-4 NODAL INVOLVEMENT 0-3 MESTASTASIS, DISTANT 0-1
60
T1S vs T1-T4
- carcinoma in situ - progressive increase in tumor size and involvement
61
roman numeral staging: stage 1 stage 2 stage 3 stage 4
1 - localized to one part 2 - spread into surrounding tissues but not beyond origin 3 - regional cancer / spread to nearby lymph 4 - distant cancer / metastasized to other parts of the body
62
cancer grading (under microscope): GX G1 G2 G3 G4
gx - cant be determined g1 - well differentiated g2 - moderately differentiated g3 - poorly differentiated g4 - undifferentiated