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THE RAINEY
LAB!
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Winter
2024
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Research
in
the
Rainey lab
focuses on
developing
molecular- and
atomic-level understanding
of biological
processes
involving proteins.
A variety of
structural
biology
techniques are
exploited,
including NMR
spectroscopy
and scanning
probe
microscopy
alongside
computation in
order to use
biophysical
results.
We tackle two
classes of
protein that
function in
supramolecular
assemblies:
membrane
proteins and
fibrous
proteins.
In
the realm of
membrane
proteins, we
currently
focus on: (1)
the
apelin
receptor
(APJ), a G-protein
coupled
receptor, its
peptidic
ligands and
the processing
of precursors
of these
ligands to
produce
bioactive
forms; and,
(2) the
fusion-associated
small
transmembrane
(FAST)
proteins, a
recently
identified
family of
uniquely small
viral membrane
fusion
proteins.
Our main
fibrous
protein of
focus at the
moment is a
recombinant
protein based
on the type of
silk spiders
use to wrap
their prey.
This also
happens to be
one of the
toughest known
materials.
We also use
peptide
synthesis and
recombinant
protein
expression to
engineer
peptides
capable of
self-assembly
that are
inspired by
collagen and
intermediate-filament
proteins.
We
also have fun
developing NMR
methods to
characterize
other
materials,
such as soft
polymeric
nanoparticles.
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The
beautifully
renovated
laboratory is
located on the
10th floor of
the Sir
Charles Tupper
Medical
Building. Tupper
is on
Dalhousie's Carleton
Campus
right between
downtown
Halifax and
the main
(Studley) Dal
campus. A big
plus of being
on the 10th
floor is that
the lab gives
great views of
the historic
Halifax
Citadel,
downtown,
Halifax
Harbour, and
the Atlantic
Ocean.
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