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RNA
RNA
RNA
TRANSCRIPTION
TRANSLATION
100
There are three types of me and my full name is Ribonucleic Acid.
tRNA,mRNA, and rRNA
100
Nitrogenous bases grouped in three have a special name.
Codons
100
Transcription occurs in this area.
Nucleus
100
I'm the strand that is discontinuous in DNA.
Lagging Strand
100
The DNA structure is composed of this.
5 carbon sugar (Deoxyribose), 4 nitrogenous bases (Adenine, Guanine, Cytosine, and Thymine), and a phosphate molecule.
200
There are a certain number of strands in RNA.
1 strand
200
The process in which DNA is copied into RNA.
Transcription
200
DNA polymerase assists in this.
Assists in the creation of DNA molecules by attaching nucleotides onto a single stranded DNA.
200
I'm what attaches to the very top of transfer RNA.
Amino acid
200
The genetic material of retroviruses such as HIV is this.
RNA
300
In a RNA strand the counterpart of Uracil is this.
Adenine
300
DNA helicase is used to do this to DNA.
The function is to separate the two strands of DNA.
300
The nucleolus produces these.
Contains chromosomes and synthesizes ribosomes.
300
DNA is found in these two organelles in cells.
Mitochondria and Nucleus
300
Anticodons are found on this form of RNA.
Transfer RNA
400
Cytosine has a counterpart that codes for it and is called.
Guanine
400
DNA ligase helps to attach this to DNA.
Function is to repair any breaks found in the ladder structure of DNA.
400
Ribosomes are made up of this.
rRNA and protein
400
Every RNA strand begins with this amino acid.
Methionine
400
The process involved in RNA formation on a DNA template is called this.
Transcription
500
The name of the sugar in RNA is this.
Ribose
500
RNA primase makes this.
Function is to attack an RNA primer onto a DNA with a single strand.
500
The site in which ribosomes are produced.
Nucleolus.
500
RNA polymeraseI'm an enzyme who copies DNA into RNA
RNA polymerase
500
In order to initiate transcription, this is needed.
RNA polymerase must first bind to a DNA that is double stranded.