Andere Kunden interessierten sich auch für
![A Novel Method for ICSI: Rotationally Oscillating Drill]( "A Novel Method for ICSI: Rotationally Oscillating Drill")
A Novel Method for ICSI: Rotationally Oscillating Drill32,99 €![Search for novel antimicrobial meatbolite producing microorganisms]( "Search for novel antimicrobial meatbolite producing microorganisms")
Search for novel antimicrobial meatbolite producing microorganisms44,99 €![A Pullulan a Biopolymer from Novel VIT-Auriobasidium sps from Vellore]( "A Pullulan a Biopolymer from Novel VIT-Auriobasidium sps from Vellore")
A Pullulan a Biopolymer from Novel VIT-Auriobasidium sps from Vellore36,99 €![Pseudomonas aeruginosa MTCC 7925: Biofactory for Novel SCL-LCL-PHA]( "Pseudomonas aeruginosa MTCC 7925: Biofactory for Novel SCL-LCL-PHA")
Pseudomonas aeruginosa MTCC 7925: Biofactory for Novel SCL-LCL-PHA36,99 €![Endophytes - Source of novel Bioactive molecules]( "Endophytes - Source of novel Bioactive molecules")
Endophytes - Source of novel Bioactive molecules23,99 €![Hepatitis B Virus: Molecular Mechanisms in Disease and Novel Strategies for Therapy]( "Hepatitis B Virus: Molecular Mechanisms in Disease and Novel Strategies for Therapy")
Hepatitis B Virus: Molecular Mechanisms in Disease and Novel Strategies for Therapy123,99 €![Novel DNA Vaccine Candidates to Human Respiratory Syncytial Viruses]( "Novel DNA Vaccine Candidates to Human Respiratory Syncytial Viruses")
Novel DNA Vaccine Candidates to Human Respiratory Syncytial Viruses42,99 €
In anoxic environments, many aromatic compounds (AC)
are transformed to benzoylCoA, prior to
dearomatization and ring cleavage. Due to the
resonance stability of the aromatic ring, AC are
difficult to degrade in the absence of O2. Benzoate
degradation in methanogenic ecosystems is mediated by
syntrophic association of a fermentative bacterium
with a H2/formate-using methanogen. The metabolism of
crotonate in the strictly anaerobic bacteria
S.aciditrophicus (SB) was studied and
indicated that cyclohexane carboxylate and acetate as
end products. In addition to benzoate fermentation,
SB as the ability to use benzoate as an electron
acceptor with crotonate as the electron
donor.Phototrophic and denitrifying bacteria couple
the hydrolysis of 2 ATP to reduce benzoylCoA to
cyclohexediene carboxylCoA. The use of
such an energy intensive reaction by fermentative
bacteria such as SB has been questioned since it is
not clear how net ATP synthesis would occur. The
utilization of fluorobenzoate by SB allowed the
detection of a fluorinated diene intermediate.
Proteomic analysis of SB grown with crotonate or
benzoate allowed the identification of gene
products involved in benzoate metabolism.
are transformed to benzoylCoA, prior to
dearomatization and ring cleavage. Due to the
resonance stability of the aromatic ring, AC are
difficult to degrade in the absence of O2. Benzoate
degradation in methanogenic ecosystems is mediated by
syntrophic association of a fermentative bacterium
with a H2/formate-using methanogen. The metabolism of
crotonate in the strictly anaerobic bacteria
S.aciditrophicus (SB) was studied and
indicated that cyclohexane carboxylate and acetate as
end products. In addition to benzoate fermentation,
SB as the ability to use benzoate as an electron
acceptor with crotonate as the electron
donor.Phototrophic and denitrifying bacteria couple
the hydrolysis of 2 ATP to reduce benzoylCoA to
cyclohexediene carboxylCoA. The use of
such an energy intensive reaction by fermentative
bacteria such as SB has been questioned since it is
not clear how net ATP synthesis would occur. The
utilization of fluorobenzoate by SB allowed the
detection of a fluorinated diene intermediate.
Proteomic analysis of SB grown with crotonate or
benzoate allowed the identification of gene
products involved in benzoate metabolism.