Last week, the forum buzzed with discussions around the potential of using marine life in innovative ways. Many members explored how microalgae and marine microbes could transform biopharmaceuticals. There was also a lively exchange on capturing mixture toxicity in natural environments, emphasizing practical field methods. Conversations touched on the implications of nitrogen reduction on eelgrass recovery and the importance of phytoplankton in driving DMS fluctuations. The community showed a keen interest in advancing their skills in ocean-climate data analysis, reflecting a broader trend towards interdisciplinary expertise.
This Weekβs Hot Topics
Can microalgae be our next bioreactor
This thread delves into the potential of microalgae in sustainable biotechnology. Itβs an exciting look at how marine organisms can be leveraged for high-efficiency production processes. Read more
How are you capturing mixture toxicity in the field
Field scientists share methodologies for assessing the complex interactions of pollutants in marine ecosystems, a crucial aspect of environmental health studies. Read more
Marine microbes as bioreactors in biopharma
Explore the cutting-edge use of marine microbes in pharmaceutical manufacturing, highlighting their role in innovation and sustainability. Read more
Which phytoplankton drives DMS spikes
This discussion unpacks the role of specific phytoplankton species in contributing to dimethyl sulfide levels, a key player in climate regulation. Read more
Upskilling in oceanβclimate data analysis
With data becoming ever more crucial, this thread offers insights into skill development for handling complex ocean-climate datasets. Read more
Eelgrass rebound after nitrogen cuts
A fascinating look at recent studies showing how reduced nitrogen levels can lead to the recovery of eelgrass, essential for marine habitats. Read more
I hope you find this weekβs discussions both informative and inspiring. Keep contributing your valuable insights and expertise to our vibrant community. Looking forward to seeing where our conversations lead us next.
In our 5 L photobioreactor runs, the best yield bump came from a dusk-phase tweak β βNβ for about 36 h + blue:red β2:1β β which consistently boosted polyketides in Tetraselmis, but it goes south fast without a HEPA on the sparge line; anyone seeing similar with Nannochloropsis, @seaworkbench?
But @k_lee In coastal samples, I consistently got 2β3Γ higher signal for lowβMW amines using 85 Β΅m Carboxen/PDMS after basifying to ~pH 11 and adding about 20% NaCl, but only once we silanized the vials β otherwise the amines stick; if youβre chasing C4+ and up, PDMS/DVB ran cleaner for us.
Quick tip: pairing POCIS (https://pubs.usgs.gov/tm/10/c4/) with a handheld PAM fluorometer on a βsentinelβ Tetraselmis bag gave us clean reads on mixture toxicity while tracking nitrogen swings β like putting a Fitbit on the site. Small caveat: standard POCIS undercalls tiny amines unless you swap in WAX; @steve_harv87, have you tried WAXβPOCIS against your SPME setup?