Central Dogma
Transcription
Translation
Genetic Code
Grab Bag
100

The Central Dogma of Molecular Biology was first described by this person.

Who is Francis Crick

100

This enzyme directs the transcription of DNA into RNA.

What is RNA polymerase.

100

Translation takes place on this organelle.

What is the ribosome.

100

The genetic code consists of a series of blocks of information known as:

What are codons.

100

Non-coding DNA that interrupts the sequence of the gene is called this. 

What are introns.

200

The Central Dogma of Molecular Biology is stated briefly as this: 

What is DNA>>RNA>>Protein.

200

This strand of DNA gets copied into RNA.

What is the template strand.

200

RNA cannot directly translate to a protein, so this adapter molecule has to exist to interact with both.

What is transfer RNA (tRNA).

200

These three codons, UAA, UGA, and UAG are reserved for a special function.

What are stop codons.

200

Coding sequences of DNA that are expressed are called this. 

What are exons. 

300


To get from DNA to the protein, the gene undergoes these processes.  

What is transcription and translation. 

300

This strand of DNA is not used as a template is called this.

What is the coding strand.

300

In Prokaryotes, this is coupled to translation.

What is transcription. 

300

This codon signals the 'start' of the reading frame and also codes for the amino acid Methionine.

What is AUG.

300

Eukaryotic cells deal with noncoding introns by using this large complex of snRNO's to remove the introns. 

What is the spliceosome.

400

This class of viruses can convert RNA genomes into a DNA copy.

What are retroviruses.

400

The template and coding strands are also known as the ___________ and ____________ strands

What are the sense and antisense strands.

400

Both transcription and translation can be broken down into these three processes.  

What are initiation, elongation cycle, and termination. 

400

Mutations that can alter the reading frame are known as this. 

What are frameshift mutations. 

400

This term describes all of the RNAs produced from a genome.  

What is the transcriptome. 

500

Retroviruses use this enzyme to convert RNA genomes into DNA.

What is reverse transcriptase. 

500

The coding strand has the same sequence as the RNA transcript, except for this. 

The U (uracil) in RNA is T (thymine) in DNA.

500

Translation cannot take place without this type of RNA attached to each amino acid with the correct anticodon. 

What is a charged transfer RNA (tRNA).

500

All 61 codons are used in the genetic code, with some amino acids specified by more than one codon.  This is referred to as a  _______________code. 

What is degenerate. 

500

DNA is always synthesized in this direction.

What is 5' to 3'.

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