(1) Archaea contain more unidentified genes than bacteria.
Therefore,
Just by knowing that the Thaumarchaeota are Archaea, it is possible to predict that their genomes (may contain more unidentified genes than) those of most Bacteria.
(2) Parasites are smaller in size than hyperthermophiles.
Therefore,
Just by knowing tha N. equitans is a parasite, it is possible to predict that its genome (is/are smaller than) those of most other hyperthermophiles.
(3) Genome of an autotroph is larger than a heterotroph.
Therefore,
Just by knowing that a bacterium is an autotroph, it is possible to predict that its genome ( is/are larger than) those of average heterotrophs.
How do the genomes of Archaea and Bacteria compare? Drag and drop the phrases on the...
Complete the sentences about bacterial genomes using the words and phrases (not all words and phrases are used). metagenomics metagenomics 50% 50% plasmids microgenomics eukaryotic genomes insertion sequences (ISS) a single-stranded DNA molecule bacteriophage (viral) genomes 100 kilobases open reading frames (ORFS) 90% kilobase a single double-stranded DNA molecule The bacterial chromosome is In the E. coll genome, some predicted genes encode proteins with functions that have not yet been determined; these presumed genes are called The E. coli genome...
Please read the article bellow and discuss the shift in the company's approach to genetic analysis. Please also discuss what you think about personal genomic companies' approaches to research. Feel free to compare 23andMe's polices on research with another company's. Did you think the FDA was right in prohibiting 23andMe from providing health information? These are some sample talking points to get you thinking about the ethics of genetic research in the context of Big Data. You don't have to...
PLEASE SUMMARIZE THE 4 (numbered 1-4) ARTICLES TO 4 SENTENCES FOR EACH NUMBER. THANKS. 1. Medications have to be safe for mothers-to-be and for their unborn children. Before the authorities will approve a new drug, it must be tested in animal trials on pregnant rodents and, as a rule, pregnant rabbits. Scientists in the Department of Biosystems Science and Engineering at ETH Zurich in Basel have now developed a test that allows them to examine a drug's embryotoxicity in cell...