Circular amino acids table - much easier to use than the grid version

Circular amino acids table - much easier to use than the grid version

A schematic shows 24 nucleotides arranged to form a double-stranded segment of DNA using grey horizontal cylinders as sugar molecules and colored vertical rectangles as nitrogenous bases.

A schematic shows 24 nucleotides arranged to form a double-stranded segment of DNA using grey horizontal cylinders as sugar molecules and colored vertical rectangles as nitrogenous bases.

CNS17 Grow (3-2-4) is part of the three-part, high quality and extremely concentrated mineral-based nutrient system, CNS17. CNS17 Grow contains the ideal ratio of nitrogen to potassium to increase roo

CNS17 Grow (3-2-4) is part of the three-part, high quality and extremely concentrated mineral-based nutrient system, CNS17. CNS17 Grow contains the ideal ratio of nitrogen to potassium to increase roo

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.

DNA & RNA -  12–11 DNA Replication Section 12-2 Growth Replication fork DNA polymerase New strand Original strand DNA polymerase Nitrogenous bases Replication ...

DNA & RNA - 12–11 DNA Replication Section 12-2 Growth Replication fork DNA polymerase New strand Original strand DNA polymerase Nitrogenous bases Replication ...

A diagram shows the three separate components of a nucleotide and how they are combined to form a complete molecule. A nitrogenous base is represented as a purple hexagon. A sugar is represented as a grey pentagon. A phosphate group is represented as a light brown circle. A cut-away from the generic nitrogen base shows the chemical structure of the three types of pyrimidine bases (cytosine, thymine, and uracil) and the two types of purine bases (adenine and guanine).

A diagram shows the three separate components of a nucleotide and how they are combined to form a complete molecule. A nitrogenous base is represented as a purple hexagon. A sugar is represented as a grey pentagon. A phosphate group is represented as a light brown circle. A cut-away from the generic nitrogen base shows the chemical structure of the three types of pyrimidine bases (cytosine, thymine, and uracil) and the two types of purine bases (adenine and guanine).

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