PPT-EUKARYOTES

EUKARYOTES ANTICIPATION GUIDE Choices for each question include protists fungi 
plants and animals 1 Do not contain cell walls and can move 2 Unicellular or multicellular organisms that live mostly in water. In higher eukaryotes the nuclear membrane breaks down at the beginning of mitosis and subsequently spindle microtubules attach to centromeric kinetochores to assure the even distribution of sister chromatids At the end of mitosis the nuclear membran g GAL4 has a 49aminoacid domain w 11 acidic amino acids Glutaminerich domains eg Sp1 has 39 glutamine in a span of 143 amino acids 25 Prolinerich domains eg CTF has 19 proline in a domain of 84 amino acids Transcription in eukaryotes III Transcr Poole and David Penny Summary Numerous scenarios explain the origin of the eukaryote cell by fusion or endosymbiosis between an archaeon and a bacterium and sometimes a third partner We evaluate these hypotheses using the following three criteria C In eukaryotes they are located in the cell nucleus Chromosomes The eukaryotic genome is made up of DNAprotein complexes called chromosomes Despite the compaction of the DNA deoxyribonucleic acid with proteins gene sequences embedded within chromosom NusA. Stabilizes the RNA pol pausing. r. -independent termination. Figure 12.9. 2. Rho-independent terminator. . contains a short . inverted repeat. (~20 . bp. ). 3. Weakest base pairing: . A:U . make the dissociation easier. GTAC. Learning Outcomes. Students recognise that there are different levels of classification – the largest being the five kingdoms which are based on cell structure.. Distinguishing plant cells from animal or fungal cells.. /2008/08/unbearable-lightness-of-aspen-part-1.html. Forams. Ciliates. Euglenozoans. Diatoms. COMMON. ANCESTOR . OF ALL LIFE. Land plants. Animals. Amoebas. Fungi. Red algae. Chlamydias. Green algae. (Mitochondria)*. PROKARYOTES. EUKARYOTES. CYTOPLASM. Cell Membrane. DNA. Always single-celled. No Nucleus. DNA is a simple,. Single loop. Small Cells. (1 – 10 . um. ). Bacteria. . Can be single- or multicellular . Microbiology . with Lab. Denver School of Nursing . – General Education Classes. Lecture / Laboratory : Monday 10:00 am . – . 2:24pm. Lecture: Tuesday 4:30pm . – . 6:30pm. Instructor: Lisa Johansen, PhD Microbiology. Phylogenetic trees. Common Ancestry. Be able to. 1.14 Pose scientific questions that identify essential properties of shared, core life processes that provide insights into the history of life on Earth.. Tuesday: Finish Test Analysis. Today:. List . the three components of the cell theory. Note Cards. Most missed quiz. Learning lab. Monday-Thursday. Mornings 7-7:20. Afternoons 2:45-3:15. Glue in your skeleton notes. What makes these two cell classes different?. Cells. The . cell. is the smallest unit of life in the universe.. ALL cells have two things in common:. They have . cell membranes. , which are barriers that separate the inside of a cell from the outside.. Warm Up- 8/21. What level of organization is this picture an example of?. Good Things. Levels of Organization Card Sort. Lab Tables (4 group members). 5 Minutes Max. Levels of Organization Matching. 5 Minutes.