Handout 14: Introduction to nonlinear systesm Eric Feron Mar29,2004 Linear systems reminder:

Handout 15: Describing functions, Introduction Eric Feron March 31, 2004 General Philosophy General reponse of arbitrary nonlinear systems is somewhat complicated. We usually know the systems we work with. Work with finite families of 'most likely

Handout 16: Describing functions, More Eric Feron April 7, 2004 Continuing on the switch nonlinearity

Handout 10: Notch compensation Eric Feron March 5.2004 Notch Compensation goals: Kill nasty frequencies(eg resonant fre Canonical Notch element

Handout 8: Lead compensation Eric Feron March 1, 2004 Lead Compensation goals: Raise phase( gain) at high frequen cies while not touching low-frequency system's characteristics: Can extend bandwidth of system. Canonical lead element:

The hematopoietic system of mammals is a convenient model to use to study development and differentiation. The bone marrow transplantation experiment discussed in lecture indicates that stem cells are more than a figment of some biologist's fertile imagination

Plasma membrane Mitochondrion Nucleus cytoplasm Endoplasmic Reticulum K Golai Apparatus Outside the Cell EUKARYOTIC CELL

Indicate whether each of the following statements is true or false. If false, correct the statement or provide a brief explanation for why it is false ODNA replication is initiated at promoter sequences in the dNA ii)RNA polymerase requires primers to initiate RNA synthesis

Quiz 3 on Friday, November 12th 10-11 AM Review Session Wednesday 11/10 from 7-9 pm Tutoring Session Thurs. 11/11 from 4-6 pm Final Exam is on Monday, December 13th 9-noon

Instructors: Professor Eric Lander, Professor Robert A Weinberg, Dr. Claudette Garde Final Exam Practice Final Exam is on monday dECEMBER 13 9: 00 AM-12 NOON BRING PICTURE工D. Exam Review on Thursday, Dec 9(new material only