Biotechnology Quiz & Flashcards

PCR is used to amplify DNA; gel electrophoresis separates DNA, gene cloning creates copies, and bioassays test substance potency.

Gene therapy aims to repair or replace defective genes; it is not for amplifying DNA, sequencing genomes, or producing biofuels.

CRISPR-Cas9 allows precise DNA editing; DNA ligase joins fragments, fermentation produces substances, and antibodies detect targets.

Plasmids transfer genetic material; they do not amplify, cut, or sequence DNA directly.

Recombinant DNA technology combines DNA from different organisms; it does not create identical organisms or repair or analyze DNA.

Algae can be used to produce biofuels; bacteria and fungi are less common for this purpose, and viruses are not used.

The Human Genome Project aims to map all human genes; it does not focus on proteins, antibiotics, or synthetic organisms.

Bioremediation uses organisms to clean pollutants; it does not produce biofuels, increase crop yield, or sequence genomes.

A transgenic organism contains genes from another species, not a mutated gene, the ability to clone, or enhanced metabolism.

DNA ligase joins DNA fragments; it does not cut, amplify, or sequence DNA directly.

Monoclonal antibodies detect specific proteins; they are not used for DNA amplification, biofuel production, or gene therapy.

The Green Revolution aims to increase crop yields through technology; it does not focus on sequencing genomes or mapping proteins.

A bioreactor supports the growth of cells and tissues; it does not amplify DNA, sequence genomes, or produce antibodies directly.

Restriction enzymes cut DNA at specific sites; they do not amplify, repair, or sequence DNA.

Bioinformatics analyzes biological data; it does not directly amplify, cut DNA, or produce biofuels.

Gel electrophoresis separates DNA fragments by size; it does not amplify, sequence, or transfer DNA.

Synthetic biology involves creating new biological parts and systems; it does not focus on DNA repair, sequencing, or antibiotic production.

Stem cells are used in regenerative medicine; they are not primarily used for sequencing, biofuel production, or DNA amplification.

Bioethics focuses on the ethical implications of genetic manipulation, not on amplification, ligation, or sequence analysis.

CRISPR-Cas9 allows precise DNA editing; it does not amplify DNA, produce antibodies, or sequence genomes directly.

Pharmacogenomics aims to tailor treatments based on genetic makeup; it is not about drug production, genome sequencing, or creating organisms.

Tissue engineering repairs or replaces tissues; it is not used for drug creation, DNA amplification, or enzyme production.

Biotechnology increases crop yield and resistance; it does not primarily focus on biofuels, genome sequencing, or antibody production in agriculture.

The Human Genome Project focuses on sequencing all human genes, not proteins, synthetic creation, or DNA mutation analysis.

A chimera has cells from different zygotes; it is not defined by mutations, cloning, or metabolism enhancement.

Metabolomics analyzes chemical processes involving metabolites; it does not focus on genomes, biofuels, or protein sequencing.

Biotechnology optimizes biomass conversion for biofuels; it does not primarily sequence genomes or enhance crop resistance.

Vectors transfer genetic material in genetic engineering; they do not cut, amplify, or sequence DNA directly.

A knockout mouse has a gene turned off for research; it is not defined by metabolism, cloning, or human genes.

Genetic fingerprinting identifies individuals based on DNA; it does not sequence, amplify, or produce biofuels.

Biotechnology contributes to medicine by developing vaccines and therapies, not biofuels, plant genome sequencing, or organism creation.

A bioassay measures the potency of substances; it does not amplify, sequence, or create synthetic organisms.

Bioinformatics involves analyzing biological data; it does not primarily amplify DNA, produce biofuels, or repair genes.

Personalized medicine tailors treatment to individual genetics; it does not sequence genes, create synthetic drugs, or enhance crop yields.

DNA microarrays study gene expression; they do not sequence, create organisms, or amplify DNA directly.

Transformation transfers genetic material into a host cell; it is not gene therapy, DNA ligation, or a bioassay.

Bioreactors grow cells and tissues; they do not primarily amplify DNA, sequence genomes, or produce enzymes.

Biocompatibility ensures materials perform well in biological systems; it does not involve creating organisms, sequencing, or amplifying DNA.

CRISPR-Cas9 is used for editing genes; it does not amplify DNA, produce biofuels, or sequence genomes directly.

Tissue engineering aims to repair or replace damaged tissues; it does not amplify DNA, sequence genomes, or create synthetic drugs.

Enzymes catalyze chemical reactions; they do not primarily amplify DNA, create organisms, or sequence genomes.

Gene cloning creates multiple copies of genes; it does not directly amplify DNA, produce biofuels, or repair DNA.

Microbial biotechnology is used for producing antibiotics; it does not create synthetic organisms, sequence genomes, or amplify DNA.

Gel electrophoresis separates DNA fragments by size; it does not amplify, transfer, or sequence proteins.

Bioinformatics is commonly used for analyzing biological data; it does not amplify DNA, produce biofuels, or create synthetic organisms.

Restriction enzymes cut DNA at specific sites; they do not amplify DNA, sequence genomes, or produce biofuels.

The Green Revolution is key for increasing crop yields; it does not primarily focus on biofuels, genome sequencing, or creating organisms.

CRISPR-Cas9 is used for genome editing; it does not amplify DNA, produce biofuels, or sequence proteins.

Plasmids are mainly used for transferring genetic material; they do not sequence, amplify, or repair DNA directly.

DNA microarrays are used for studying gene expression; they do not sequence, amplify DNA, or produce antibodies.

Pharmacogenomics focuses on tailoring drugs to genetic profiles; it does not create drugs, sequence genomes, or produce biofuels.