Education
Institution
Yerevan State University
Faculty
Biology/ Biochemistry, Microbiology and Biotechnology
Date
-
Degree name
PhD student
Institution
Yerevan State University
Faculty
Biology
Date
-
Degree name
Masters
Institution
Yerevan State University
Faculty
Biology
Date
-
Degree name
Bachelor
Scientific Rank/degree
Institution
Yerevan State University
Date
2024
Degree name
Candidate
Scientific Supervisor
Karen Trchounian
Research Topic
Hydrogen metabolism and proton cycling in Escherichia coli during fermentation of different glucose concentrations
Language skills
諃铡盏榨謤榨斩
袪褍褋褋泻懈泄
English
Work experience
Institution
91视频
Period of time
Rank/degree
Researcher
Institution
91视频
Period of time
-
Rank/degree
Junior researcher
Institution
91视频
Period of time
-
Rank/degree
Laboratory assistant
Participation in international conferences and seminars
-
Short Term Scientific Mission (STSM) within the framework COST Action CA18113 "THE ROLE OF pH IN BIOGAS AND BIOHYDROGEN PRODUCTION DURING UTILIZATION OF LIGNOCELLULOSIC WASTE"
諃榨詹崭謧寨 瞻崭战謩铡盏斋斩 沾榨謩榨斩铡斩榨謤斋 斋斩战湛斋湛崭謧湛
Poland
-
The 48th FEBS Congress
Italy
-
EBEC 2024 鈥 22nd European Bioenergetics Conference
Austria
-
ASM Microbe 2025
United States of America (the)
-
芦Professional training 2024/1禄 Short term travel Research Grant of Ministry of Education and Science RA State Committee of Science (24PTS-1F008) 鈥淐RISPR-based genome engineering to obtain combinatorial mutants in hydrogenase enzymes鈥
KU Leuven
Belgium
Publications
Article
Efficient co-valorization of sugar beet pulp/molasses hydrolysates by Escherichia coli for enhanced biohydrogen production
2026
155559 - 155559
Article
Formate hydrogenlyase is essential for pH homeostasis, maintenance of ATP levels, and CO2 provision in stationary-phase Escherichia coli
2026
e0000726
Article
Transforming Vegetable Waste Potential Into Biohydrogen and Biomass Using E. Coli
2026
7149980
Article
Fermentation of Sugar Beet Pulp by E. coli for Enhanced Biohydrogen and Biomass Production
2025
2648
Article
Biotechnological potential of spent coffee grounds for biohydrogen production by Escherichia coli
2025
1121-1131
Article
Microbial Valorization of Sunflower Husk for Sustainable Biohydrogen and Biomass Production
2025
3885
Conference
Growth and Hydrogen Production of Escherichia Coli BW25113 in Mixtures of Sugar Beet Pulp and Sugar Beet Molasses
2025
68-68
Article
Evidence for bidirectional formic acid translocation in vivo via the Escherichia coli formate channel FocA
2024
109877
Article
PROTON AND POTASSIUM FLUXES IN ESCHERICHIA COLI MUTANTS WITH DEFECTS IN SUBUNITS RESPONSIBLE FOR MATURATION OF HYD-1 AND HYD-2 DURING GLUCOSE FERMENTATION
2024
54-67
Article
Glucose concentration is determinant for the functioning of hydrogenase 1 and hydrogenase 2 in regulating the proton and potassium fluxes in Escherichia coli at pH 7.5
2024
205-216
Conference
The effect of entire deletion of Hydrogenase-1 and 2 on proton flux during utilization of varied glucose concentration at pH 7.5
2024
195 - 195
Conference
The role of the CRP global regulator in proton flux of Escherichia coli under different glucose concentrations
2024
88 - 88
Conference
BIOTECHNOLOGICAL POTENTIAL OF SPENT COFFEE GROUNDS FOR LARGE-SCALE HYDROGEN PRODUCTION
2023
79 - 84
Conference
諘諓猿员諉员钥员諉 怨员論請諉諉缘諓曰諔 钥缘諉諐员远员諉猿諑员跃曰 缘諑 钥缘諉諐员苑諉缘諓猿曰员諈曰 論請越员钥缘諓諍談员諉 钥缘諉諐员諗曰談曰员钥员諉 請諕諅曰諉缘諓曰 圆諉請諕怨员猿諓請諕談愿 缘諑 諘諗諐曰源员諑缘諓员钥员諉猿請諅员钥员諉 钥员諓猿员諑請諓請諕談愿
2023
91-92
Conference
Understanding the Role of Escherichia coli Hydrogenase-2 subunits in proton flux under different glucose concentrations
2023
1127 - 1127
Article
HyfF subunit of hydrogenase 4 is crucial for regulating FOF1 dependent proton/potassium fluxes during fermentation of various concentrations of glucose
2022
69-79
Article
Biogas and Biohydrogen Production Using Spent Coffee Grounds and Alcohol Production Waste
2022
5935
Article
Coffee silverskin as a substrate for biobased production of biomass and hydrogen by Escherichia coli
2022
23110-23121
Conference
THE ROLE OF E. COLI HYDROGENASE-1 IN PROTON FLUX DURING GLUCOSE UTILIZATION AT PH 7.5
2022
817 - 817
Article
INDUSTRIAL WASTE-BASED HYDROGEN PRODUCTION TECHNOLOGY: THE PROFITABILITY FOR INDUSTRIAL WASTE GENERATORS
2021
56-59