DNA
RNA
Protein Synthesis I
Protein Synthesis II
Leptin
100

DNA has ___ strands.

2

100

The 4 nitrogenous bases of an RNA molecule include....

adenine, guanine, cytosine, uracil

100

The process in which DNA is used to make an mRNA strand. 

transcription

100

The process of protein synthesis in which mRNA is used to produce proteins is known as ______.

translation

100

The hormone secreted by Fat Cells that tells you, you are full

Leptin 

200

A sugar, phosphate group, and nitrogenous base make up a_______.

nucleotide

200

The type of RNA that carries the message from the nucleus to the ribosome

mRNA

200

The site where mRNA is created from the DNA sequence. (where does transcription happen?)

nucleus

200

In what organelle is mRNA read and the protein synthesized? 

the ribosome

300

The 4 nitrogenous bases of a DNA molecule include...

adenine, guanine, cytosine, and thymine

300

mRNA usually has ____ strands

one

300

A DNA strand has the following bases: A A T G C A. What are the bases on its complimentary mRNA strand?

U U A C G A

300

This type of RNA transfers the appropriate amino acid.

tRNA


400

Adenine pairs with ___________

Guanine pairs with ____________

thymine, cytosine

400

Name the three different types of RNA

mRNA, tRNA, rRNA

400

Each codon on mRNA is made of ______ nitrogen bases. (How many letters in the code?)

3

400

The building blocks that are used to create a protein

Amino Acids

500

DNA is located in the ________ of a cell.

nucleus

500

True or False

RNA can be found in the nucleus and cytoplasm

True

500

A ribosome will continue to create a protein until it encounters a ____.

STOP codon

500

An mRNA strand is AUG-CUA-CCG. What would be the resulting tRNA anticodons?

UAC-GAU-GGC