Compiled by: Noelle Mercado (Hybrizyme)
With its significance in understanding genetic processes in prokaryotic systems, the 105th batch of GeneSoc was named after it.
Batch Genophore is a solo batch membered by Anlene Jane Rocha, or simply AJ. She is a 3rd year BS Biology student majoring in Genetics. To know more about AJ, here is a short narrative where she talks about her interests, passion, as well as personal experiences.
Anlene Jane Rocha
AJ is an introspective, idealistic and theoretical thinker.
She has a strong affinity to academic knowledge as she fancies reading books on
science & technology, psychology, philosophy, science fiction and
memoirs. She likes to become a
well-rounded student rather than angular and, likes to know a little of
everything to become flexible in fields she may find herself in. Her amazement about quantum physics, black
holes and multiple-worlds theory make her seem too theoretical rather than
realistic, but it is in these ideas do she find comfort. She also appreciates
experiential learning, for she believes that every person is a mentor and a
sacrificial angel – a person who you learn from through his mistakes,
preventing you to commit such mistakes firsthand days sooner. Besides reading,
she ponders on prose and poetry writing and has completed writing seven
journals since she first received one in 1st grade. She likes
writing because words tune her spiritual and moral compass, journals are her
safety valves for emotions and, writing is the most accessible tool towards
self-discovery. Along with writing, she likes thinking; however, extreme
introspection always leads her to overanalysis and that idealism cuts her off
from reality. She delights the feelings of being a romantic herself, getting
lost in a book, hearing old people’s laughter and receiving warm hugs whereas,
she despises awkward meet-ups and mentally repeating failed scenarios. In later
years, she aspires to become a neurosurgeon-geneticist as she likes to be adept
at the combination of both fields.
AJ joined The UPLB Genetics Society, because it occurred to
her that there are more to learn in being a part of a group than merely being
wholly individualistic. Analogous to a genophore with its histone-like binding
proteins, she will continue to work as efficient as a bacterial DNA with
academic and social reinforcement from the organization and its members.
1 Comments
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