Y. Shlosberg

Photoelectricity generation from beet juice in a bio-electrochemical cell

This paper demonstrates that beet juice can generate electrical and photoelectrical current through NADPH and flavins, using cyclic voltammetry and fluorescence methods.

Bio-electricity production from Fibroblasts and their cultivation media.

This paper demonstrates that fibroblast cells can generate electrical current in bio-electrochemical cells, with higher output than microorganisms, and identifies NADH, flavins, and redox species in the cultivation medium as key contributors.

Non-photosynthetic bacteria produce photocurrent mediated by NADH.

This study demonstrates that non-photosynthetic bacteria can generate photocurrent using NADH as an electron mediator, enhancing it with exogenous mediators.

Photocurrent production from cherries in a bio-electrochemical cell.

This study demonstrates that photocurrent can be generated from cherry fruits in a bio-electrochemical cell, with NADH playing a key role in current production.

Redox-active molecules in bacterial cultivation media produce photocurrent.

The paper shows that redox-active molecules in bacterial cultivation media can generate photocurrent in a bio-electrochemical cell.

Roots fuel cell produces and stores clean energy

This study demonstrates that plant roots release redox species that generate electricity in a bio-fuel cell, with light enhancing the current and roots enabling energy storage.

Trichodesmium Erythraeum produces a higher photocurrent than other cyanobacterial species in bio-photo electrochemical cells.

Identification of bacteria by poly-aromatic hydrocarbons biosensors

This study uses PAHs 9ACA and Perylene to detect changes in bacterial fluorescence, enabling species-specific identification through unique emission patterns.

A new replication medium enables a rapid identification of {varphi}x-174 virus by synchronous fluorescence of Tryptophan.

This paper introduces a new cultivation medium that reduces Trp impurities to enable rapid detection of φx-174 virus via synchronous fluorescence.

Production of photocurrent and hydrogen gas from intact plant leaves.

This paper demonstrates harvesting photocurrent from intact plant leaves to produce hydrogen gas, showing higher current densities than microorganism-based systems.

Bioelectricity generation from live marine photosynthetic macroalgae

This study demonstrates bioelectricity generation from live marine macroalgae in BPECs, achieving current densities higher than those from microorganisms.