Which of the complying with researchers supplied radio-energetic markers in experiments to show that DNA was the hereditary product in cells?
Before DNA might definitively be shown to be the hereditary product in cells, researchers had to display that it can...

You are watching: Why is it significant that the two strands of dna are antiparallel


A chemical variable have the right to be transferred from dead bacteria to living bacteria that deserve to adjust the heritable features of the living bacteria.
What was the vital aspect that permitted Hershey and Chase to display that DNA alone brought the genetic indevelopment of a bacteriophage?
DNA has phosphorus, yet protein does not. Protein includes sulfur, but DNA does not. This permitted radioactive phosphorus and also radioactive sulfur to determine each molecule particularly.
Look back at Griffith"s experiment displayed in Figure 12-1. Describe the occasion in which the bacterial DNA withstood problems that killed the bacteria. What occurred to the DNA during the rest of the experiment?
Griffith heated a society of a disease- resulting in strain of bacteria, which eliminated the bacteria however did not ruin the DNA. When he combined the heat-eliminated, disease-bring about bacteria through live, harmless bacteria, the DNA from the disease-causing bacteria was moved to the live bacteria. These bacteria and their offspring brought about pneumonia in the mice.
Aexceptionally and his team established DNA as the molecule responsible for the transformation checked out in Griffith"s experiment. How did they control variables in their experiment to make certain that just DNA led to the effect?
Avery and his team offered enzymes to damage assorted biological molecules. They verified that as soon as DNA was damaged, genetic indevelopment could not be transferred. Destroying various other biological molecules did not have actually the very same effect.
A nucleotide has actually 3 parts: a 5-carbon sugar referred to as deoxyribose, a phosphate team, and a nitrogenous base.
Chargaff"s rules of base pairing offered Watson and also Crick confidence that their model was correct, because their version agreed with Chargaff"s observations of the relative percenteras of A, T, G, and C in DNA.
What vital clue from Rosalind Franklin"s job-related assisted Watkid and Crick build their model of DNA?
The scattering pattern of X-rays sent via a sample of DNA confirmed that the molecule was helical and also contained 2 strands.
The 2 strands of DNA are antiparallel, which means that the bases deserve to line up in the two strands and also create hydrogen bonds between the A-T and also G-C pairs.
The version verified that hydrogen bonds can develop a practically perfect fit in between nitrogenous bases along the facility of the molecule. But the bonds might just develop between adenine and also thymine, and guanine and cytosine.
Rosalind Franklin"s X-ray pattern confirmed that the distance between the 2 phosphate-sugar backbones of a DNA molecule is the same throughout the size of the molecule. How did that information help Watkid and Crick determine just how bases are paired?
Adenine and guanine are bigger than cytosine and thymine. The equal distance between the backbones suggested that a tiny base should always be paired with a big base.
Base pairing is the principle that hydrogen bonds create only between specific base pairs: adenine and also thymine, cytosine and also guanine. In replication, base pairing ensures that the new complementary strands are similar to the original strands.
Exsimple the process of replication. When a DNA molecule is replicated, exactly how perform the new molecules compare to the original molecule?
DNA separates into two strands, then 2 new complementary strands are created adhering to the rules of base pairing. Each new DNA molecule has one strand from the original molecule and one freshly synthesized strand, making each brand-new DNA molecule a specific duplicate of the original.
Is photocopying a paper similar to DNA replication? Think of the original materials, the copying procedure, and the final products. Exsimple just how the 2 processes are alike. Identify major distinctions.
Photocopying a paper is comparable in some methods to DNA replication. In both procedures, you start through one copy and end up via 2 similar copies. However before, the copying process is various. In photocopying, the original is duplicated, so you end up via one original copy and also one completely new copy. In DNA replication, the original molecule splits in half, so you finish up with two copies that are fifty percent original and also half new.
Describe the similarities and distinctions in between DNA replication in prokaryotic cells and also in eukaryotic cells.
Similarities: DNA replication in both eukaryotes and prokaryotes proceeds in both directions and outcomes in two the same strands of DNA. Differences: prokaryotic DNA replication occurs in the cytoplasm and starts at a single point on the chromosome; eukaryotic DNA replication occurs in the nucleus and starts in many type of locations on a chromosome.
Describe how eukaryotic cells are able to save such large amounts of DNA in the tiny volume of the cell nucleus.

See more: ¿Cuál Es El Salario De Un Medico En Estados Unidos ؟, ¿Cuánto Ganan Los Médicos En Estados Unidos


In eukaryotic cells, DNA is tightly wound and also coiled approximately proteins and also coiled again and aget to create chromosomes. This means that a very big amount of DNA deserve to be stored in a small area.
})}else;window.area.assign("https://slrfc.org/explanations/textbook-solutions/texas-science-fusion-grade-7-9780544025530");">
*

})}else;home window.place.assign("https://slrfc.org/explanations/textbook-solutions/biology-9780133669510");">
*

})}else;home window.area.assign("https://slrfc.org/explanations/textbook-solutions/biology-9780132013499");">
*

})}else;window.location.assign("https://slrfc.org/explanations/textbook-solutions/biology-study-workbook-a-9780133687187");">
*