PPT-(1) Division and differentiation in human cells

C Stem cells A Somatic cells B Differentiation in cells D Germline cells E Uses of stem cells F Cancer Cells Human Cells Division and differentiation in human cells a State the 4 main tissue types. Progress. , pace, differentiation, challenge, assessment, enjoyment.. Progress, . pace. , differentiation, challenge, assessment, enjoyment.. Progress, pace, . differentiation. , challenge, assessment, enjoyment.. April Shinpaugh. Agenda. What is differentiation?. Ways to differentiation:. Discussion of how to differentiate in every classroom. Examples and templates. Create our own lesson!. Use what works best for you!. in the Teaching Material of. Medical Biotechnology Master’s . P. rogrammes. at the. . University of . Pécs. and at the University of Debrecen. Identification. . number. : TÁMOP-4.1.2-08/1/A-2009-0011. Part Two. Big Rocks of Differentiation. DIFFERENTIATE THROUGH:. Content – What we teach. Process – How we teach it. Product – How we have students show us what they learned. Via. EQ: How do cells divide? . Cell Division . —. . process by which . a cell divides into 2 new cells. Why do cells need to divide? . Living things grow by producing more cells, NOT because each cell increases in size. Draw 5 boxes. Draw the process of mitosis in each phase, and describe what is happening to the DNA in each phase. Interphase . Early. Mitosis. Mid-. Mitosis. Late. Mitosis. Final. Product. Assessment. This is not a function, but it would still be nice to be able to find the slope.. Note use of chain rule.. This can’t be solved for . y. .. This technique is called implicit differentiation.. 1 Differentiate both sides w.r.t. . (C) Stem cells. (A) Somatic cells. (B) Differentiation in cells. (D) . Germline. cells. (E) Uses of stem cells. (F) Cancer Cells. Human Cells. Division and differentiation in human . cells . (C). State the 2 types of stem cells. Cell Division . —. . process by which a cell divides into . 2 new cells. Why do cells need to divide? . Living things . grow. by producing . more cells. , NOT because each cell increases in size. The earliest recognizable cell in the B cell lineage in the pro-B cell, in which the first stage of . Ig. H chain gene rearrangement takes place: A D. H. gene segment rearranges to a J. H. gene segment. Pro-B cells express CD19, it is expressed in all stages of B-cell development up to and including the mature B cell" but not plasma cells", pro B cells also express CD10. Effector. T Cells. Cell-mediated immunity (CMI) . is the type of host defense that is mediated by . T lymphocytes. , and it serves as a defense mechanism against . intracellular. and . phagocytosed. iPS. cells, self-renewal, differentiation, pluripotent, multipotent, Inner cell mass, Nuclear transfer (Therapeutic cloning), Feeder cells, LIF, embryoid body.. What are stem cells?. Cells that are able to renew themselves (. Maryam . Samareh. 1. Hematology Student. Acute . Promyelocytic. Leukemia. a distinct form of . AML.  . Accumulation of . promyelocytes.  . arrest of differentiation . at the . . . promyelocyte. Ethridge. Ms. . Milstead. Ms. Myers. Ms. Palermo. Objectives. Define Cell Differentiation.. Explore terms related to cell differentiation.. Recognize structures within cell differentiation.. Think-Pair-Share!.