Biology

Notes about Gene expression, transcription, translation, etc. These notes are in-depth textbook notes with pictures, images, and diagrams to explain gene expression, transcription, translation, codons, RNA, mRNA, RNA polymerase, introns, exons, RNA splicing, tRNA, rRNA, mutations, nucleotides, genes

Notes about DNA and everything that has do do with DNA. These notes are in-depth textbook notes with pictures, images, and diagrams to explain how DNA works, phages, DNA replication, DNA polymerases and more.

Notes about inheritance and genes. These notes are in-depth textbook notes with pictures, images, and diagrams to explain the chromosome theory of inheritance, sex-linked genes, Barr body, linkage map, aneuploidy, polyploidy and more.

Notes about reproduction, meiosis, mitosis, etc. These notes are in-depth textbook notes with pictures, images, and diagrams to explain asexual and sexual reproduction, mitosis, meiosis, somatic cells, sex chromosomes, autosomes, fertilization, zygotes, prophase, metaphase, anaphase and more.

Notes about inheritance and genetics. These notes are in-depth textbook notes with pictures, images, and diagrams to explain the laws of inheritance, dominant and recessive genes and alleles, inheritance patterns, pedigrees, and more,

Notes about cell division. These notes are in-depth textbook notes with pictures, images, and diagrams to explain the process of cell division, the role of cell division, the cells involved, all of the processes included in cell division and much more.

Notes about how external signals are converted to responses within the cell. These notes are in-depth textbook notes with pictures, images, and diagrams to explain exactly how signals outside of the cell lead to responses within the cell.

Notes about photosynthesis, the Calvin Cycle and more. These notes are in-depth textbook notes with pictures, images, and diagrams to explain the steps of photosynthesis and every process involved in it.

Notes about cells harvesting chemical energy and how it is used to create ATP. These notes are in-depth textbook notes with pictures, images, and diagrams to explain how cells harvest the chemical energy stored in organic molecules and use it to generate ATP.