Anatomical Directions
Cell Biology
Chemical Bonds
Body Organization & Regions
Organic Molecules
100

The big toe is _______ to the knee.

Distal

100

This organelle is the "stomach" of the cell.

Lysosome

100

This type of bond is the result of two atoms sharing one or more electrons

Covalent

100

This region is where you will find the brain

Cranial

100

Long strands of carbohydrates are called this

Polysaccharides
200

The heart is _______ to the diaphragm 

Superior

200

__________ is the process of building proteins from an mRNA strand.

Translation or protein synthesis

200

When a chlorine atom gains an electron, it becomes this specific type of ion.

Anion

200

This quadrant is where you will find the appendix.

RLQ

200

The building blocks of collagen, keratin, and enzymes

Amino acids

300

This anatomical plane separates the body into right and left halves.

Sagittal

300

This type of cell transport requires the use of vesicles (2 options)

Exocytosis and endocytosis

300

This type of covalent bond occurs when electrons are more attracted to one nucleus versus the other.

Polar covalent

300

Name a region that is proximal to the carpal region.

Brachial, cubital, antebrachial

300

The general function of this class of molecule is long-term energy storage

Lipids

400

The spine is ___________ to the thoracic and abdominal cavities.

Posterior

400

A temperature increase will cause the rate of diffusion to __________.

Increase

400

Hydrogen bonds are necessary for the structure of these types of organic molecules (2 options)

Nucleic acids & proteins

400

The popliteal region is posterior to this region.

Patellar
400

This specific part of a nucleotide is the SAME between DNA and RNA

Phosphate

500

The hypogastric region is medial to which other anatomical regions?

Right and left inguinal

500

If a cell is in a hypotonic solution, it will do this.

Absorb water and burst.

500

Magnesium has 12 protons and 12 electrons. How many valence electrons are there?

2

500

Give me the proper order of the following 4 facial areas, from inferior to superior (nasal, mental, frontal, buccal)

Mental, buccal, nasal, frontal

500

Phospholipids are the primary molecules that form this part of a cell

Cell membrane

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