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Doing things that PIs do
(grant writing, paper works, etc.)
(grant writing, paper works, etc.)
70%
Searching where our new lab members are
30%
Experiments & Analysis (wish I can do 100%)
20%
Overexpression perturbation screening
to find novel drug combinations
to find novel drug combinations
70%
Setting up a novel method like Perturb-seq
40%
Searching for the fastest way out of PhD
10%
Making patient-derived organoids compatible with proteome-wide gene overexpresion system
40%
Linking functional data with clinical data
50%
Searching for industrial opportunities for 2028
30%
Integration of blood iron level - multiomics datasets and functional genomics on ferroptosis
70%
Baby stepping for bioinformatics
40%
Searching for industrial job which fits to me
10%
Application of proteome-wide gene overexpression tool on gatroesophageal cancer
50%
Finding EV biogenesis/uptake regulators
30%
Setting up a new chapter of life in Canada
40%
Understanding PRRX1's function in both cancer and cancer-associated fibroblasts
50%
Meta-analysis of Parkinson's disease patient omics
40%
Finding what to do next after undergrad
30%
Dealing with multi-omics datasets about blood iron level, GEC and LDL uptake
50%
Trying fancy new server at RI MUHC
40%
Looking for what to do next
30%
Making master tables from publicly available datasets in GEO, SRA, and PRIDE about LDL uptake
80%
Wrapping up my PhD
30%
Looking for my next career step
10%
Co-mentoring trainees at remote site
Finding survival booster after brain transplant of dopamine-positive neurons
65%
Linking PFF toxicity with Parkinson's disease
35%
Wrapping up PhD ASAP
20%
Alumni
Overexpression perturbation screening
to find novel drug combinations
to find novel drug combinations
60%
Ensuring the lab doesn’t implode/explode
40%
Chasing DK's receipt
20%
Applying Bxb-landing pad for the mouse system
40%
Teaching functional genomics (especially TKOv3)
30%
Interviewing for the PhD programs
50%
Gene overexpression perturbation screening to find biogenesis/uptake regulator of extracellular vesicles
65%
Network analysis of extracellular vesicle components
35%
Wrapping up my master thesis and applying for industry
20%
Analysis of multi-omics data
from venetoclax-treated CLL patients
from venetoclax-treated CLL patients
50%
Job search for my next career step - PhD program
50%
Dealing with dicussion between PhD and MD
20%
Babystepping for my PhD training and finding a cool project to start with
50%
Trying fancy new mass spec at RI MUHC
50%
Planning for my Montreal visit in summer
20%
Merging gene overexpression screening platform with my MEMS expertise to find hypoxia resistance driver
30%
Wrapping up my PhD
60%
Finding a good place for a postdoc training
30%
Applying Kim lab's expertise with my project
to bring it over to my new own lab
to bring it over to my new own lab
50%
Hunting for faculty job in Canada
50%
Having fun with Montreal summer!
20%
Setting up new assay to find ferroptosis-regulators
50%
Applying BioID of iron-related proteins
50%
Dealing with two PIs
20%