CHAPTER 25 CAMPBELL and REECE. Conditions on early Earth made the Origin of Life possible Macroevolution : evolutionary change above the species level.
Discussion topic for week 1 Eukaryotes (multi-cell organisms) evolved into very large sizes whereas prokaryotes (single-cell organisms) remained quite.
Chapters 1-4. A. Deoxyribose B. Adenine C. Glucose D. Phosphate.
Unit 3c Microbial Genetics. Genetics: the science of heredity Genome: the genetic information in the cell Genomics: the sequencing and molecular characterization.
Macromolecules Put your names at the bottom of your board Draw a box in the upper right corner to keep score Quietly write your answer on the white board.
DNA to Protein Transcription & Translation. What are these nucleotides telling us? Sequence of nucleotides in DNA contains information to produce.
GENE EXPRESSION What is a gene? Mendel –Unit of inheritance conferring a phenotype Modern definition –Unit of DNA directing the synthesis of a polypeptide.
DNA Structure and Replication Get a white board, marker, and eraser.
DNA Review Game Work with your group, write an answer on your board in the allotted time. Score points.
Nucleic Acids Not considered a nutrient macromolecule They are complex compounds that determine how the cell functions and what characteristics it has.
The Chemical Building Blocks of Life Chapter 3. 2 Biological Molecules Biological molecules consist primarily of -carbon bonded to carbon, or -carbon.
Phosphate Pentose sugar Nitrogenous bases purine: adinine, guanine pyramidine: thymine, cytosine, uracil.
