What You Need to Know About the Nitrogenous Bases: What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases: What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases: Uracil

What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases: Uracil

What You Need to Know About the Nitrogenous Bases: Review Base Pairing

What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases: Review Base Pairing

What You Need to Know About the Nitrogenous Bases: Cytosine

What You Need to Know About the Nitrogenous Bases

What You Need to Know About the Nitrogenous Bases: Cytosine

Nitrogenous Bases

Nitrogenous Bases

Thymine pyrimidine nitrogen base molecule

What You Need to Know About the Nitrogenous Bases

Thymine pyrimidine nitrogen base molecule

"This Double Helix is a scientific model of B deoxyribonucleic acid, which is the most common form of DNA. DNA is a chemical carrier of our genes. It has an elegant geometric structure that allows it to store a massive amount of information. Every organism has its own DNA, and it is our DNA that makes each of us unique.     Beads representing Phosphorus and Deoxyribose are 15 mm wide and multifaceted, and beads representing nitrogenous bases are oval and flat, 25 mmX20 mm."

"This Double Helix is a scientific model of B deoxyribonucleic acid, which is the most common form of DNA.

3 Main differences between DNA & RNA: RNA uses the sugar Ribose while DNA uses Deoxyribose. RNA is single stranded while DNA is double stranded. RNA uses the nitrogenous base Uracil whereas DNA uses the nitrogenous base Thymine.

3 Main differences between DNA & RNA: RNA uses the sugar Ribose while DNA uses Deoxyribose. RNA is single stranded while DNA is double stranded. RNA uses the nitrogenous base Uracil whereas DNA uses the nitrogenous base Thymine.

Deoxyribonucleic acid (DNA) is the hereditary matter in cells that makes up the repository for genes. DNA's structure consists of sugar, phosphate groups,and nitrogenous bases in its nucleotides. These bases are cytosine, thymine, adenine, and guanine. Cytosine and thymine are classified as pyrimidines that have a single ring. Adenine and guanine are classified as purines that have a double rings. Adenine base pairs with thymine (uracil only in RNA), and cytosine base pairs with guanine.

Deoxyribonucleic acid (DNA) is the hereditary matter in cells that makes up the repository for genes. DNA's structure consists of sugar, phosphate groups,and nitrogenous bases in its nucleotides. These bases are cytosine, thymine, adenine, and guanine. Cytosine and thymine are classified as pyrimidines that have a single ring. Adenine and guanine are classified as purines that have a double rings. Adenine base pairs with thymine (uracil only in RNA), and cytosine base pairs with guanine.

69 Slides!  And notes!  Search words:  DNA, deoxyribonucleic acid, RNA, ribonucleic acid, chromosomes, nucleotide, Watson and Crick, nitrogen base,...

DNA (Deoxyribonucleic Acid), RNA, Protein Synthesis Powerpoint & Notes

69 Slides! And notes! Search words: DNA, deoxyribonucleic acid, RNA, ribonucleic acid, chromosomes, nucleotide, Watson and Crick, nitrogen base,...

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