Match the terms appropriately. bacteriophage clone ...

Match the terms appropriately. ______ bacteriophage _____ clone _____ nucleotide _____ diploid _____ DNA ligase _____ DNA polymerase _____ autosome _____ mutation a. nitrogen-containing base, sugar, phosphate group(s) b. copy of an organism c. does not determine sex d. injects DNA e. seals breaks in a DNA strand f. can cause cancer g. two chromosomes of each type h. adds nucleotides to a growing DNA strand

Match the terms appropriately.
______ bacteriophage
_____ clone
_____ nucleotide
_____ diploid
_____ DNA ligase
_____ DNA polymerase
_____ autosome
_____ mutation

a. nitrogen-containing base, sugar, phosphate group(s)
b. copy of an organism
c. does not determine sex
d. injects DNA
e. seals breaks in a DNA strand
f. can cause cancer
g. two chromosomes of each type
h. adds nucleotides to a growing DNA strand

Key Concepts

Autosome

An autosome is any chromosome that is not directly involved in determining the sex of an organism. This concept is important in genetics because autosomes carry the majority of an organism's genetic information and are involved in standard inheritance patterns and genetic disorders.

DNA Polymerase

DNA polymerase is an enzyme responsible for adding nucleotides to a growing DNA strand during replication. This concept is central to molecular biology as it ensures accurate and efficient duplication of the genetic material, which is vital for cell division and genetic inheritance.

Mutation

A mutation is a change in the DNA sequence that can occur spontaneously or due to external factors. This concept is fundamental in genetics as mutations can lead to variations within a population, influence evolution, and are sometimes linked to diseases, including cancer.

DNA Ligase

DNA ligase is an enzyme that joins DNA fragments together by sealing breaks in the DNA strand. This concept is critical in molecular biology and genetics as it is integral to DNA replication, repair, and genetic recombination, facilitating the maintenance of genomic integrity.

Clone

A clone in biological terms refers to an exact genetic copy of an organism. This concept is significant in genetics as it illustrates mechanisms of asexual reproduction and is used in research and therapeutics to study gene expression and disease propagation.

Nucleotide

A nucleotide is the basic building block of nucleic acids like DNA and RNA, comprising a nitrogen-containing base, a sugar, and a phosphate group. This concept is fundamental in genetics and biochemistry as it underpins the structure of genetic information and the mechanisms of replication and repair.

Diploid

Diploid refers to cells or organisms that possess two complete sets of chromosomes, one from each parent. Understanding diploidy is essential in genetics because it explains inheritance patterns, genetic variation, and the cellular processes of meiosis and mitosis.

Bacteriophage

A bacteriophage is a type of virus that infects bacteria by attaching to the bacterial cell and injecting its DNA. This concept is key in molecular biology and genetics because it provides a model for understanding viral infection mechanisms and gene transfer between organisms.

Transcript

00:01 This question here is just asking us to define a bunch of these terms.

00:03 So i'm just going to walk through these terms and just explain what they are and then match it up with the words on the list.

00:10 So a bacteriophage is a virus that attacks bacteria cells.

00:17 And the virus has dna inside it.

00:19 When it attaches to the cell, it will inject that dna inside and then force that cell to make copies of it.

00:25 So the bacteriophage injects dna.

00:27 So that will be d on our list.

00:29 Let me erase this to make some rules.

00:31 A clone, we all know what a clone is.

00:34 A clone is an animal or an organism that has an exact copy, right? so we have an organism and we can clone it to make another one and these two organisms will have the same exact genome.

00:46 So the dna of this one here will look exactly the same as the dna of this one here.

00:52 So for that, the answer is b.

00:57 A clone is just a copy of an organism.

01:02 Nuclidide, so for our nucleotides, we have a, t, g, and c, right? these are just the bases that are added onto dna, and they make up dna.

01:12 So a, t, g, and c's are the, they are just the parts of the dna, and then they're made up of a sugar, a ribal sugar with a nitrogenous base and a phosphate.

01:26 So they have a nitrogen base, a sugar, and phosphates.

01:33 And so nucleotides, and the answer here we have is a for that.

01:37 A diploid, so we have two kinds of cells, right? haploid and diploid cells.

01:43 Haploid cells only contain one copy of a chromosome, while diploid cells contain two.

01:50 In humans, our somatic body cells are diploid cells...

Please give Ace some feedback