Samantha Logan

Samantha Logan

Sep 22, 2017

Group 6 Copy 121
-1
Please wait...

About This Project

At night the Red Devil (Humboldt) squid rises to the ocean’s surface to feed, but come morning, it begins its descent to the ocean’s depths where it must overcome hypoxic, high-pressure, and near freezing conditions. To survive this extreme environment, it enters a state of suspended animation characterized by decreased energy expenditure and a global shutdown of most cellular functions. Our research will investigate the molecular mechanisms that allow squid to undergo metabolic rate depression.

Blast off!

Browse Other Projects on Experiment

Related Projects

A Bird's-eye View of Frog Habitats: Using a Drone to Survey Wetlands

I study vulnerable frog species that inhabit human-constructed wetlands in the Grand River Grasslands of...

CRISPR Capsules: Packaging Cas9 with bacterial outer membrane vesicles

NU iGEM is creating a delivery system for an innovative antibiotic method centered around CRISPR, a powerful...

How do chemical exposures trigger autoimmune diseases?

The cause of onset of autoimmune disease is poorly understood, but may be linked to exposure to certain...

Backer Badge Funded