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Difference between revisions of "ALAS"

From Bioblast
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== About ALAS==
== About ALAS==
:::: Β 
:::: Algae currently have a niche role in green industries, but have potential to provide much more. To do so, we need to understand photosynthesis and metabolism better. Led by Dr. Thomas Roach from the University of Innsbruck,the ALAS project aims to advance our understanding of which regulatory processes of photosynthesis are required under various growth conditions, and the influence they have on metabolism. The model green alga, ''Chlamydomonas reinhardtii'', will be used to enable access to mutants available for testing the relevance of processes revealed to be important.


=== Aims ===
=== Aims ===
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::::*Β  Oroboros project manager:Β  [[Laner_Verena| Mag.Biol. Verena Laner]]
::::*Β  Oroboros project manager:Β  [[Laner_Verena| Mag.Biol. Verena Laner]]


== Network ==
== Network == Β 
=== Participants ===Β  Β 
::::'''Department of Botany, University of Innsbruck'''
::::* [[Roach Thomas| '''Dr. Thomas Roach''']] - Project Coordinator


===Participants/Beneficiaries===
::::* [https://www.oroboros.at/index.php/about-us/careers/ Open PhD position]
::::
Β 
:::: '''Oroboros Instruments GmbH''' - [https://www.oroboros.at/ www.oroboros.at]
::::* [[Gnaiger E| '''Erich Gnaiger, Ph.D.''']] - PI
::::* [[Schmitt Sabine| '''Sabine Schmitt, Ph.D''']]
::::* [[Di Marcello Marco| '''Marco Di Marcello''']]
::::* [[Laner V| '''Verena Laner''']] - Oroboros project management


===Partners===


===PhD Supervisors===
===PhD Supervisors===
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== Oroboros project involvement ==
== Oroboros project involvement ==
:::: Β 
:::: Along with expertise in high-resolution respirometry, Oroboros will provide a NextGen-O2k to characterize photosynthesis.


== ALAS Events ==
== ALAS Events ==

Revision as of 13:42, 26 January 2022

                



ALAS

ALAS - Algen-Lichtakklimatisierungstrategie zur Maximierung des Wachstums in Bioreaktoren

FFG


ALAS: FFG BRIDGE Project

  • BRIDGE #. eCall - Project No. 41863779, University of Innsbruck, Department of Botany
  • Duration: 36 months
  • Start: 2022-02-01
  • Web:

About ALAS

Algae currently have a niche role in green industries, but have potential to provide much more. To do so, we need to understand photosynthesis and metabolism better. Led by Dr. Thomas Roach from the University of Innsbruck,the ALAS project aims to advance our understanding of which regulatory processes of photosynthesis are required under various growth conditions, and the influence they have on metabolism. The model green alga, Chlamydomonas reinhardtii, will be used to enable access to mutants available for testing the relevance of processes revealed to be important.

Aims

The specific aims are:

Objectives

Coordinator

Network

Participants

Department of Botany, University of Innsbruck
Oroboros Instruments GmbH - www.oroboros.at


PhD Supervisors

Oroboros project involvement

Along with expertise in high-resolution respirometry, Oroboros will provide a NextGen-O2k to characterize photosynthesis.

ALAS Events

 WhenWhere
D-A-CH Algen Summit 2024 Bern CH2024-05-07Bern, CH, 2024 May 07-08. D-A-CH Algen Summit 24


ALAS Publications

ALAS dissemination

Links

News and articles

Social Media

Research Networks

References

Additional information

Support

This project has received funding from the Austrian Research Promotion Funding Agency (FFG).
FFG-logo.png