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Computational Biology
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topic --- sequence analysis and homology modeling
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People

--- Vivian Panes
-
-- Clyde Dapat
--- Ralph Lasala 
--- Mia Chacon
--- Kim Cotaoco
--- Rachel Justiniani
--- JF Lee Hok
--- Kalen Lin

--- Yumi Ong

On-going

--- phylogenetic analysis using cytochrome b and c sequences 
--- computational studies on HER2/neu and antioxidants 
--- sequence analysis of EGFs and EGFRs
--- EGF-like domains in alliinases

Previous Work

--- Allium Alliinases
(Ralph Arnold S. Lasala, Vivian A. Panes, Vivian S. Tolentino, Merab A. Chan)

--- Alignment of Saccharomyces cerevisiae Suc2p Invertase
(Ralph Arnold S. Lasala, Vivian A. Panes, Vivian S. Tolentino, Merab A. Chan)

--- Arabidopsis thaliana ribulose-1,5-bisphosphate carboxylase small subunit
(Kim Cotaoco, Rachel Justiniani, John Francis Lee Hok, Yumi Ong)

--- Saccharomyces cerevisiae Citrate Synthase
(Justin Carpio, Tadz Buela, Angelo Catacutan, Shereen Rodriguez)

--- Homology Modeling of Saccharomyces cerevisiae MLS1
(Eula Tetangco, Angeli Reinoso, Anthony Drilon, Toshi Zialcita)
 
--- Phylogenetic Diversity of Philippine Actinopterygii Using mtDNA Sequences
(Vivian A. Panes, Abby Avelino, Aileen Agustin, Einstein Gan, and RAS Lasala)
 
--- Neighbor-joining Tree Construction of Penguin Phylogeny using PHYLIP
(Mika Tacujan, Syljohn Estil, Einstein Gan, Vivian A. Panes, Ralph Arnold S. Lasala)
 
 
 
 




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