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Doing things that PIs do
70%
Searching where our new lab members are
30%
Experiments & Analysis (wish I can do 100%)
10%
Overexpression perturbation screening
to find novel drug combinations
to find novel drug combinations
70%
Chasing collaborators for updates
30%
Searching for the fastest way out of PhD program
10%
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
10%
Application of proteome-wide gene overexpression tool on gatroesophageal cancer cell lines
40%
Jumping onto the field of bioinformatics
30%
Setting up a new chapter of life in Canada
40%
Making patient-derived organoids compatible with proteome-wide gene overexpresion system
30%
Deadling with patient data by systems biology
50%
Setting up the Kim lab at McGill from scratch
30%
Baby stepping for bioinformatics
to find novel combinatorial therapy
to find novel combinatorial therapy
50%
Another baby stepping for experiments with cloning
40%
Finding what to do next after undergrad
20%
Setting up new assay to find ferroptosis-regulators via merging our system with fluorescence staining
50%
Starting experiments for BioID of iron-related proteins
50%
Dealing with two PIs to figure out how to move forward
10%
Using multi-omics to find out why spiny mouse (Acomys) recovers from wound that fast
60%
Investigating the effect of SGLT2i on heart and liver
40%
Searching for industrial job which fits to me
10%
Applying my artificial intelligence expertise for multimodal analysis of gastroesophageal patients
40%
Finding other fields to apply AI
40%
Wrapping up my immigration status to move on industry
30%
Merging gene overexpression screening platform with my MEMS expertise to find hypoxia resistance driver
30%
Wrapping up my PhD
40%
Finding a good place for a postdoc training
30%
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
10%
Co-mentered at external institute outside of North Ameria (joining our lab meeting via Zoom)
Making bxb1 landing pad work with stem cell to find key regulators for dopamine positive neuron differentiation
65%
Picking genes I would like to overexpress in stem cell
35%
Wrapping up PhD ASAP
10%
Finding synthetic lethal pair genes which are only specific to cancer cells not normal cells
45%
Digging another hubs from subcellular localization
45%
Brainstorming what to do as a wet lab project
20%
Finding date hubs from unbiased PPI network, which changes their subcellular localization
40%
Searching how to link "date hubs" with clinical challenge
40%
Preparing the application for undergrad in North America
30%
Alumni
Overexpression perturbation screening
to find novel drug combinations
to find novel drug combinations
60%
Ensuring the lab doesn’t implode/explode
30%
Chasing DK's receipt
20%
Applying Bxb-landing pad for the mouse system
30%
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
25%
Wrapping up my master thesis and applying for industry
20%