Evaluate the difference between whole-genome sequencing and whole-exome sequencing. Select all that apply. Group of answer choices Whole-genome sequencing generates deeper reads of only the transcribed regions of an organism's genome. Whole-exome sequencing sequences the genome of an organism without exons. Whole-genome sequencing sequences the entire genome of an organism. Whole-genome sequencing sequences the genome of an organism without exons. Whole-exome sequencing generates deeper reads of only the exons of an organism's genome.

Researchers determine that the biodiversity in a woodland region is declining. they identify two major threats to the region's biodiversity, a method to address each threat, and the expected outcome of each method. this information is shown in the table. threat method number of species that benefit number of years to see benefit habitat fragmentation reforestation 450 8 introduced prey species biological augmentation 150 2 which statement is an accurate explanation of the information in the table? a. biological augmentation would benefit only a few species because it is typically not very effective. b. biological augmentation would take less time to be effective because it targets the majority of prey species. c. reforestation would take the longest time to be effective because trees take several years to grow. d. reforestation would not benefit many species because most forest species live on the ground.

You arrive late to a biological seminar. however, just as you enter the room, you hear the speaker referring to the "five-prime end" and the "three-prime end" of a macromolecule. immediately, you know that they are talking about a: ]

Which of the following is a testable hypotheses?