Intro to Micro
Eukaryotes
Cells and Metabolism
D/RNA
Killing Microbes
Immunology
G+ and Mycobacteria
A + P
100

microscopic organisms that can be multicellular or unicellular, contain organelles 

eukaryotes 

100

A type of cytoskeleton filament with a 9+2 arrangement (also seen frequently when learning about mitosis!)

microtubules 

100

bacterial cells divide via what?

binary fission 

100

New nucelotides are added in the ________ direction

5'-3' 

100
Which suffix means to "inhibit growth"?

-static

100

(HINT: be specific!) What cell secretes antibodies?

plasma cells 

100

The genus Staphylococcus has what cell shape (name both factors)?

grape-like bundles (clusters) and ball shaped 

100

(400pts) Alveoli are covered in _____ to protect them from collapsing and to reduce surface tension.

surfactant 

200

The idea that something CAN come from nothing (specifically in the living world)

abiogenesis/spontaneous generation hypothesis

200

The mitochondria and chloroplasts have _____ ribosomes.

70S (or 50S 30S subunits)

200

What is the net amount of ATP from glycolysis?

2 ATP (-2 in energy investment, +4 in energy payoff)

200

What factor recognizes the promoter to initiate transcription?

Sigma factor 

200

If I have a helminth worm in me, what might the doctors prescribe to eliminate it? 

Antihelmenthmic drug

200

(DAILY DOUBLE) Immune testing commonly used in blood type testing and some bacterial/viral infection testing.

agglutination

200

What is the toxin that lyses RBCs?

hemolysis

200

(400pts) Which cell is found in the stomach and creates HCl needed for digestion?

Parietal cells

300

a form of microscopy where light is positioned at an angle, creating a darker background and lighter objects (microbes)

dark field microscopy

300

(DAILY DOUBLE) Eukaryotic plasma membranes are stabilized by_____.

sterols (cholesterol and ergosterol)

300

A tube of broth has a thin, turbid like but ONLY just below the top of the broth. What would we classify this organism as?

Microaerophilic/microaerophile

300

Fun fact, more Guanine and Cytosine bonds in a DNA sequence result in a higher melting point of that DNA molecule; this is because the G-C bond contains _(#)_  __(type of bond)__ bonds.

3 hydrogen 

300

What physical process removes water from cells (usually via salt or sugar) to inhibit metabolic activity?

desiccation

300
The first step in ELISA testing includes either _____ or ______ being bound to the well.

antigen or antibodies

300

(Give FULL genus and species) Which G+ bacteria is responsible for botulism and manipulated for Botox?

Clostridium botulinum

300

(400pts) What blood filtering structure is found throughout the cortex and medulla of a kidney?

nephron

400

name the two forms of glycocalyx in a bacterial cell

slime layer and capsule 

400

Vesicles moving from the rough ER, go to the _______ then either the ________ or cytoplasm. 

golgi apparatus; cell membrane 

400

What instrument do we use to directly count the number of bacterial cells on a gridded surface?

Petroff-Hauser chamber

400

RNA contains a ____ hydroxy group, while DNA does not.

2' hydroxy 

400

How is the endotoxin, LPS, released into the environment?

via cell lysis/the cell dying

400

During T-cell clonal expansion, the T helper cell differentiates into 2 MAIN types of cells. Name the 2 types of cells

T helper, memory T-cell

400

What is the structure called when immune cells form a barrier around the pathogenic bacilli within the alveoli?

granuloma

400

(400pts) Which small muscle is located in the upper, lateral portion of your leg and is attached to the "IT" band?

tensor fasciae latae

500

a bacterial cell with flagella at two poles of the cell is ______, and a cell with flagella all over is _______

amphitrichous, peritrichous

500

Let's say (in TEM) I come across a double membrane-bound organelle that also happens to have a distinct, "stripped" matrix. What is this organelle?

mitochondria 

500

A, inhibitor binds the allosteric site of an enzyme, which changes the shape of the active site and inhibits substrate-enzyme binding. What just happened?

Allosteric/noncompetitive inhibition

500

(TRIPLE DIPPER??) What enzyme replaces RNA primers with nucleotides during replication?

DNA polymerase I

500

Describe the term "broad spectrum" as it relates to antibiotics.

Simple answer: Targets a wide range of microbes, usually refers to G+ and G- targeting antibiotics. 

500
A TCR contains an ___ and ___ strand/region that are held together via a ______ bond.

alpha; beta; disulfide

500

Streptococcus pyogenes is commonly known to cause which disease? (can name either one)

strep throat or necrotizing fasciitis

500

(400pts) Which hemisphere of the heart is responsible for pulmonary circulation?

The right hemisphere

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