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*'''Information Propagation''': Information propagation refers to the transmission or spread of information within a system or across systems. In biology, this can include the transmission of genetic information through reproduction. In neuroscience, it relates to the transmission of signals between neurons. Information propagation is a fundamental process in many systems, from biological to social, where information or signals are shared or communicated.
2. Write down, succinctly, your Ph.D. research interests/issues that are relevant to omics on biolecture.org page of you<br/> <br/> <br/>
= '''231208''' =
== Self-evaluation assay ==
'''Attendence:''' I absented one time with the professor's consent. 4.0/4.3<br/> '''Discussion:''' Relatively, I did not questioned much, but I was absorbed in the subject and kept asking myself whether the discussion point could be accepted. 4.0/4.3<br/> '''Learning:''' Although my knowledge in omics field did not increase, I was able to learn about the professor's research philosophy and think about what kind of thoughts I should have in research. In fact, That's what the professor wants me to learn I think. 4.3/4.3<br/> '''Homework:''' I didn't manage my wiki-page, and didn't flipped learned for preparing the class. 3.0/4.3<br/> '''Presentation''': I prepared a presentation, but I didn't presented yet, and the message I prepared was no depth in the aspect of the aging research field. 3.3/4.3<br/> in conclusion I evaluated my grade as 3.7 (A-)<br/> <br/> Presentation: [http://Biolecture.org/upload/20231207200304_[omics%20course]%20CD%2038%20and%20aging.pptx [omics course] CD 38 and aging.pptx]