Top Banner
Image Library Index References Lecture notes (hyperlink) Activity notes (hyperlink) More links… •Style Choices – Slide 2 1
30

Image Library Index References Lecture notes (hyperlink) Activity notes (hyperlink) More links… Style Choices – Slide 2 1.

Dec 29, 2015

Download

Documents

Barbara Fox
Welcome message from author
This document is posted to help you gain knowledge. Please leave a comment to let me know what you think about it! Share it to your friends and learn new things together.
Transcript
Page 1: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image Library IndexReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

•Style Choices – Slide 2

1

Page 2: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Style ChoicesReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

3 dimensional with

background

3 dimensional standard simple

2

Directional Arrows & Shapes:

Page 3: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Animal cell

3

Nucleus: Membrane bound sac in the cell that contains DNA, which is organized into chromosomes.

Plasma membrane:A membrane that regulates what enters and leaves the cell and takes part in signal transduction.

Page 4: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Cardiomyocytes:Heart muscle cell.

4

Page 5: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Hematopoietic cells: Red and white blood cells.

5

Page 6: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Laminar hood flow

6

air flow duct

air flow duct

Page 7: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…Mitosis: Central feature of cell division that includes duplication of identical copies of chromosomes.

7

Page 8: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

8

Prophase:The first phase of mitosis when chromatin condenses into chromosomes.

Page 9: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

9

Metaphase:The second phase of mitosis when chromosomes (as sister chromatids) align in the center of the cell- equidistant from the two poles.

Page 10: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

10

Anaphase:The third phase of mitosis when sister chromatids separate and are pulled apart to opposite sides of the cell.

Page 11: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…Telophase:The fourth and final phase of mitosis when corresponding sister chromosomes attach to opposite ends of the cell. A new nuclear envelope forms around each set of sister chromosomes. Both sets are now surrounded by new nuclei and unwind back into the relaxed chromatin state.

11

Prophase:The first phase of mitosis when chromatin condenses into chromosomes.

Page 12: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Meiosis: Special type of cell division by which produces the eggs and sperm. Four cells are produced, each containing half the number of chromosomes.

12

Page 13: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

13

Prophase 1 (4n):The first phase of meiosis (first division) when duplicated homologous chromosomes are paired and line up together during the first meiotic division.

Page 14: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

14

Metaphase 1:The second phase of meiosis (first division) when homologous pairs align along the equatorial plane and each duplicated chromosome is pulled randomly to one side or the other.

Page 15: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

15

Anaphase 1:The second phase of meiosis (first division) when homologous pairs align along the equatorial plane and each duplicated chromosome is pulled randomly to one side or the other.

Page 16: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

16

Telophase 1:The fourth phase of meiosis (first division) when the chromosomes uncoil back into chromatin, the cell membrane is pinched completing the creation of two daughter cells, each with only the haploid number of chromosomes.

Page 17: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Neuron

17

Page 18: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Progenitor cell:Early descendant of a stem cell that can only differentiate but not self renew. A progenitor cell is often more limited in the kinds of cells it can become than a stem cell.

18

Page 19: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Stem cell: Cell that has the capacity to both self-renew (make more stem cells by cell division) and differentiate into mature, specialized cells.

19

Page 20: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Cell cycle: A cycle of phases in a cell leading to its division and replication. The mitotic phase is a relatively short period of the cell cycle.

20

Page 21: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Telomere:

21

Centromere:The point at which two sister chromatids are bound together.

Chromatid:Replicated chromosomes that were duplicated during the S phase and bound together at the centromere.

Page 22: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

22

Chromosome:DNA molecule that carries genes, the hereditary material of an organism, in a highly-ordered structure.

DNA:Molecule made of four chemical letters called bases (abbreviated A, G, C and T) containing genetic information.

Nucleus

Sister Chromatids: Pair of corresponding chromatids that are bound together at the centromere.

Adenine, Guanine, Cytosine, and Thymine:Bases that join into twisted ladders to from DNA.

Page 23: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

23

Transcription:RNA is made from DNA. Bases are matched A-T, C-G as in DNA replication, but the base T (thymine) is replaced with U (uracil).

Transcription Factors: A class of nuclear proteins that can bind DNA and regulate the process of transcription.

Page 24: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

24

Translation: Process by which the genetic information contained in a chain of RNA is ‘decoded’ into a protein with a specific sequence of amino acids.

RNA:Molecule made of four chemical letters called bases (abbreviated A, G, C and U). U substitutes for the T of DNA. Used to make protein.

Page 25: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

25

Protein: Molecules composed of chains of amino acids in a specific order, determined by the sequence of bases (A, T, G, and C) in the gene. Proteins are everywhere in the body, and are necessary for the structure, function, and regulation of cells, tissues, and organs. Examples are hormones, enzymes, and antibodies.

Page 26: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

26

DNA RNATranscription Translation

PROTEINS

Central Dogma: DNA is decoded into RNA. RNA is used to assemble proteins.

Page 27: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

27

Fertilization:Fusion of the egg and sperm, each of which contains half the required number of chromosomes. The union produces a single-celled zygote, the earliest form of embryo.

Sperm: Gametes in males.

Egg: Gametes in females.

Gonads:Sexual organs.

Gametes:Mature egg (oocyte) or sperm (spermatocyte); cells that carry genes to the next generation.

Page 28: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

28

Cleavage

Inner cell mass (ICM), or blastomeres:Cluster of cells along the inner wall of the blastocyst. Culturing the cells that make up the ICM makes embryonic stem cells.

Page 29: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

29

Gastrulation: Germ layers are formed, and fundamental dorsal-ventral, anterior-posterior and left-right axes of the developing embryo are established.

Mesoderm: The middle of three germ layers of the early embryo that develops into muscle, bone, and blood.

Ectoderm: The outer of three germ layers of the early embryo that develops into skin, cells of the amnion and chorion, nervous system, enamel of the teeth, lens of the eye, and neural crest.

Blastocyst

Endoderm: The inner of three germ layers of the early embryo that develops into lungs, the intestine, the liver, and the pancreas.

Page 30: Image Library Index References  Lecture notes (hyperlink)  Activity notes (hyperlink)  More links… Style Choices – Slide 2 1.

Image LibraryReferences

Lecture notes (hyperlink)

Activity notes (hyperlink)

More links…

Artwork illustrated and library provided by:

Jessica Castillo [email protected]@gmail.com

30