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PRODID:-//Vrije Universiteit Amsterdam//NONSGML v1.0//EN
NAME:PhD defence M.B.M.J. Kes
METHOD:PUBLISH
BEGIN:VEVENT
DTSTART:20260629T114500
DTEND:20260629T131500
DTSTAMP:20260629T114500
UID:phd-defence-m-b-m-j-kes@8F96275E-9F55-4B3F-A143-836282E12573
CREATED:20260921T050259
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SUMMARY:PhD defence M.B.M.J. Kes
X-ALT-DESC;FMTTYPE=text/html: From transcriptome a
nalysis to protein secretion
A behind-the-scenes look at
industrial bacteria reveals bottlenecks to increased protein producti
on
In the bioindustry, bacteria are often used to make protein
s, for example to produce food, make fuel or develop drugs. Molecular
biologist Mariah Kes examined the bottlenecks in protein production
of the bacterium "Bacillus subtilis" and how they can be solved to in
crease the yield of various industrial proteins and enzymes.
Ke
s shows how a combination of techniques can be used to figure out how
to modify the bacterium to produce more proteins, but also shows the
potential pitfalls of those techniques and how to overcome them.
Kes and her colleagues found several improved bacterial strains th
at can be used in industry to produce different proteins. Thus, highe
r yields can be obtained from the same raw materials.
Learn mor
e about the thesis
DESCRIPTION: From transcriptome analysis to protein secretion A be
hind-the-scenes look at industrial bacteria reveals bottlenecks to in
creased protein production
In the bioindustry, bacteria are often
used to make proteins, for example to produce food, make fuel or dev
elop drugs. Molecular biologist Mariah Kes examined the bottlenecks i
n protein production of the bacterium "Bacillus subtilis" and how the
y can be solved to increase the yield of various industrial proteins
and enzymes.Kes shows how a combination of techniques can be used to
figure out how to modify the bacterium to produce more proteins, but
also shows the potential pitfalls of those techniques and how to over
come them.Kes and her colleagues found several improved bacterial str
ains that can be used in industry to produce different proteins. Thus
, higher yields can be obtained from the same raw materials.Learn mor
e about the thesis
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