RT @ColleenMac3: Our latest paper is out! How is a lignocellulosic & a highly cellulosic secondary cell wall different (cool NMR). https://…
RT @ColleenMac3: @cutlersr Interesting. Cotton seed fibres are largely ultra-thick and highly cellulosic (unlignified) #secondarycellwalls…
@cutlersr Interesting. Cotton seed fibres are largely ultra-thick and highly cellulosic (unlignified) #secondarycellwalls (for instance at maturity) https://t.co/K1HddUB4xV
"Without #secondarycellwalls life on earth as we know it would not exist". Recent take-home #cotton conference https://t.co/CSOJuHKqZ1
RT @ColleenMac3: Our latest paper is out! How is a lignocellulosic & a highly cellulosic secondary cell wall different (cool NMR). https://…
Tissue & cell-specific transcriptomes in cotton = subtleties of #secondarycellwall gene regulation. https://t.co/CSOJuHKqZ1 #bmcgenomics
Tissue and cell-specific transcriptomes in cotton reveal the subtleties of gene regulation underlying the diversity… https://t.co/AitxEBgHPZ
RT @ColleenMac3: Our latest paper is out! How is a lignocellulosic & a highly cellulosic secondary cell wall different (cool NMR). https://…
Tissue and cell-specific transcriptomes in cotton reveal the subtleties of gene regulation un... https://t.co/Xx7RCr624A
RT @ColleenMac3: Our latest paper is out! How is a lignocellulosic & a highly cellulosic secondary cell wall different (cool NMR). https://…
Our latest paper is out! How is a lignocellulosic & a highly cellulosic secondary cell wall different (cool NMR). https://t.co/3htHCRAfWV https://t.co/NfwPjoPaWp