Home
Browse All
DRL Collection Development Policy
Links to non-OHSU Collections
OHSU Campus Building Names
Digital Collections Blog
Log in
|
Help
Search
Advanced Search
Find results with:
error div
Add another field
Search by date
from
after
before
on
to
Searching collections:
Student Scholar Archive
Add or remove collections
Home
Chemical synthesis and fungal metabolism of radiolabeled lignin model compounds
Reference URL
To link to this object, paste this link in email, IM or document
To embed this object, paste this HTML in website
Chemical synthesis and fungal metabolism of radiolabeled lignin model compounds
View Description
Download
small (250x250 max)
medium (500x500 max)
large ( > 500x500)
Full Resolution
This item is restricted to only allow viewing of the metadata.
Description
Rights
http://www.ohsu.edu/xd/education/library/services/theses-dissertations/rights-statement.cfm
Title
Chemical
synthesis
and
fungal
metabolism
of
radiolabeled
lignin
model
compounds
Creator.PersonalName
Weinstein
,
David
Allen
Thesis.Degree
M.S.
Thesis.Major
Biochemistry
Thesis.DateDegreeAwarded
January
1979
Institution
Oregon Graduate Center
Department
Dept. of Biochemistry
Thesis.Advisor/Mentor
Gold, Michael H.
Thesis.Committee
Hurst, James K.
Hauser, Frank M.
McIntyre, Charles M.
Subject.LCSH
Lignin
Wood-decaying fungi
Call Number
Q183.5.OGC W45 1979
Description.Abstract
Culture
parameters
influencing
metabolism
of
synthetic
[superscript
14]
C-labeled
lignin
model
compounds
to
[superscript
14]
CO2
in
defined
media
by the
fungi
,
Polyporus
versicolor
and
Phanerochaete
chrysosporium
, were
examined
.
Model
compound
metabolism
was
oxygen-dependent
.
Agitation
of the
cultures
,
resulting
in
formation
of
mycelial
pellets
,
suppressed
[superscript
14]
CO2
evolution
by
P
.
chrysosporium
, to a
greater
extent
than
by-P
.
versicolor
. The
concentration
of
nutrient
nitrogen
was
critical
;
[superscript
14]
CO2
evolution
was
retarded
at
12
mM
ammonium
tartrate
relative
to
1.2
mM
ammonium
tartrate
.
Cultures
evolved
more
[superscript
14]
CO2
when
grown
on
xylose
than on
either
glucose
or
glycerol
.
Initial
glucose
at
0.1%concentration
was
significantly
less
supportive
of
growth
and
[superscript
14]
CO2
evolution
than
cultures
with
0.5-1.0%
glucose
.
Studies
with
cycloheximide
, a
protein
synthesis
inhibitor
,
demonstrated
that the
lignin
model
compound
degrading
enzyme
system
was
constitutive
.
4-Methoxyl-[
[superscript
14]C]
veratryl
alcohol
was
found
to be a
catabolic
product
in the
metabolism
of
4-methoxyl-[
[superscript
14]C]veratrylglycerol-β-guaiacyl
ether
and
4-methoxyl-[
[superscript
14]C]
veratric
acid
to
[superscript
14]CO2
.
Language
eng
Type
Text
Format.Use
Needs Adobe Acrobat Reader to view.
Format.FileType
pdf
Format.FileSize
1362.254 KB
OCLC number
49217605
you wish to report:
Your comment:
Your Name:
Submit
Cancel
...
Back to top
Select the collections to add or remove from your search
A
B
C
D
E
F
G
H
I
J
K
L
M
N
O
P
Q
R
S
T
U
V
W
X
Y
Z
Select All Collections
B
Beauty of the PNW Collection
C
Campus Collection
Classic Article Collection
Clinical Outcomes Research Initiative (CORI)
CSETech
F
FDA Drug Approval Documents
N
Naturopathic Medicine Historical Collection
O
OHSU Historical Collections & Archives
OHSU Oral History Collection
S
Student Scholar Archive
500
You have selected:
1
OK
Cancel