Try to answer these Bioinformatics MCQs and check your understanding of the Bioinformatics subject. Scroll down and let's begin!
A. A gene; a protein
B. A protein; mRNA
C. MRNA; a protein
D. A protein; a gene
E. RNA polymerase; ribosome
A. Splicing of DNA
B. DNA replication
C. Meiotic recombination
D. Translation
A. Involved in eye development
B. Involved in the regulation of the cell cycle
C. Crickets must have more noncoding DNA.
D. Involved in eye development
A. A mutated form of a gene that does not make a functioning product
B. Protein
C. A chromosome-level mutation
D. Missense mutation
A. UAS
B. UK
C. Us
D. All of these
A. A gene; a protein
B. A protein; mRNA
C. MRNA; a protein
D. A protein; a gene
E. RNA polymerase; ribosome
A. Promoters
B. Shine-Dalgarno sequences
C. Kozak sequences
D. MRNAs
E. Polypeptide-producing sequences
A. Break genomic DNA at random sites
B. Map the position of cloned DNA fragments
C. Randomly select DNA primers and hybridize these to random positions of chromosomes in preparation for sequencing
A. One enzyme
B. Several genes that work together
C. A series of enzymes
D. One gene
A. Long arm (q arm)
B. Short arm (p arm)
C. Both
D. None of these
A. Pairwise-end
B. Frameup
C. Contig
D. Ladder
A. Concatenated
B. Computer-based
C. Computational
D. Calculated
A. 60 and 100 pages
B. 300 and 100 pages
C. 50 and100 pages
D. 10 and 50 pages
A. Forward-and-retrieve
B. Access-when-needed
C. Delayed-access
D. Store-and-forward
A. Yeast is an excellent model organism for genetic studies
B. Arginine was synthesized in one step from ammonia and carbon dioxide
C. Mutations of a single gene resulted in defects in multiple proteins
D. Mutations of a single gene resulted in defects of one and only one enzyme
A. Fermentation
B. Excretion
C. Photosynthesis
D. Respiration
A. The sequence of amino acids
B. Uass function only upstream.
C. Elongation factors binding to the large ribosomal subunit
D. Peptide bond formation during protein synthesis
A. Transformation.
B. RNA splicing.
C. Protein degradation.
D. The action of restriction enzymes.