Guide-linked quiz · Medium Level

Insitro Machine Learning Biology Quiz

Explore how Insitro combines stem-cell disease models, imaging and omics data, human genetics, and machine learning to inform drug discovery.

Question 1 of 8

What does the name 'Insitro' combine?

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  1. What does the name 'Insitro' combine?
    • 'In silico' (computation) and 'in vitro' (lab biology)
    • Insulin and nitro
    • Inside and outside
    • Insight and retro
  2. Who founded Insitro?
    • Demis Hassabis
    • Daphne Koller
    • Andrew Ng
    • Jensen Huang
  3. Why does Insitro emphasize human genetics in target selection?
    • It's cheaper than imaging
    • Genetics requires no data
    • Human genetics is among the strongest evidence that a target truly causes disease
    • It avoids using computers
  4. What is a 'machine-learning phenotype' as Insitro uses it?
    • A robot's behavior
    • A type of software bug
    • A marketing label
    • A quantitative trait derived by AI from data like medical images
  5. Which large human cohort is commonly used for biobank-scale genetic studies like Insitro's?
    • UK Biobank
    • Netflix dataset
    • ImageNet
    • Wikipedia
  6. What disease area is a major focus for Insitro's partnership with Gilead?
    • Common cold
    • Liver disease such as NASH and fibrosis
    • Broken bones
    • Tooth decay
  7. What does an in-vitro disease model refer to in Insitro's approach?
    • A computer simulation with no biological measurements
    • A population study that uses only insurance claims
    • A lab-grown cellular model, such as stem-cell-derived cells, used to study disease biology
    • An animal trial that replaces all cell experiments
  8. How can Insitro combine an image-derived phenotype with human genetics?
    • Treat every associated locus as proof of a causal drug target
    • Replace genetic data with a microscope image of the whole population
    • Use a phenotype score as a clinical diagnosis without validation
    • Run genome-wide association analyses to identify loci associated with the measured phenotype

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