In Vitro Response of Rumen Microbiota to the Antimethanogenic Red Macroalga Asparagopsis taxiformis. https://t.co/tVIdGXsFRh
In Vitro Response of Rumen Microbiota to the Antimethanogenic Red Macroalga Asparagopsis taxiformis. https://t.co/7qIGEsVoZv
RT @AgroecologyM: What an awesome finding for our future sustainable agriculture development https://t.co/5n6lSyTKRw
What an awesome finding for our future sustainable agriculture development
world class macroalgal culture research with demonstrable value adding opportunities https://t.co/Z1DZi3udYJ
@TonyHWindsor Hi Tony. Our latest publications can be found here: https://t.co/ieHDyQTIdD If it is protein you are interested in, may we suggest recent work by one of our researchers, @alex_angell1 Or, if you are interested in the cattle industry and #seaw
RT @MicrobialMe: The red marine macroalga Asparagopsis taxiformis is able to make bromoform as a secondary metabolite. Bromoform is a halog…
RT @MicrobialMe: The red marine macroalga Asparagopsis taxiformis is able to make bromoform as a secondary metabolite. Bromoform is a halog…
RT @MicrobialMe: The red marine macroalga Asparagopsis taxiformis is able to make bromoform as a secondary metabolite. Bromoform is a halog…
The red marine macroalga Asparagopsis taxiformis is able to make bromoform as a secondary metabolite. Bromoform is a halogenated methane analogue that interrupts the final step in the methanogenesis pathway. Our paper https://t.co/sO6MpjAsZv
Lorenna Machado and I worked on a CSIRO/JCU project to develop FutureFeed, a seaweed supplement to reduce livestock methane emissions. Similar to @Julie_B92, this was Lorenna's second chance at a PhD. This isn't easy, and she smashed it. Respect! #IWD2018
RT @MicrobialMe: 1. Secured $45K grant for inclusion initiatives @EMCRForum #SciPath18 2. Mentoring effort resulting in first last author p…
RT @MicrobialMe: 1. Secured $45K grant for inclusion initiatives @EMCRForum #SciPath18 2. Mentoring effort resulting in first last author p…
1. Secured $45K grant for inclusion initiatives @EMCRForum #SciPath18 2. Mentoring effort resulting in first last author publication https://t.co/sO6MpjAsZv 3. Stood strong through an ongoing work induced depressive episode, so I can put my health and happ
Looks like the benefits of #algae are spreading 😀. https://t.co/v54X8oAjZq https://t.co/U30oy8ulCn https://t.co/IORJr2dCPQ
@jamibee3 @LeoDiCaprio @dicapriofdn 99% reduced #methane production sounds pretty brilliant to us too 😊 https://t.co/v54X8oAjZq Looking forward to more results next year - https://t.co/neI2gibH7P
RT @MicrobialMe: Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in r…
RT @jcu_macroalgae: Dropping #methane production - how low can you go? 99% seems good to us https://t.co/v54X8oAjZq
RT @jcu_macroalgae: Dropping #methane production - how low can you go? 99% seems good to us https://t.co/v54X8oAjZq
RT @jcu_macroalgae: Dropping #methane production - how low can you go? 99% seems good to us https://t.co/v54X8oAjZq
Dropping #methane production - how low can you go? 99% seems good to us https://t.co/v54X8oAjZq
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in r…
RT @MicrobialMe: Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in r…
RT @MicrobialMe: Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in r…
RT @MicrobialMe: Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in r…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
Summary - a macroalga that makes bromoform as a secondary metabolite can inhibit growth of methane producing microbes in rumen samples! https://t.co/rUEsPEMpYe
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
RT @MicrobialMe: Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.…
Our paper is up! @CSIROnews @jcu_macroalgae @meatlivestock - Asparagopsis taxiformis inhibits rumen methanogens https://t.co/3rtqxM9ZQ9