Darren wong

Aspiring Scientist. Traveler. Dreams Big

[Darren wong @DazCJ]

What happens when anthocyanins, the colour-conferring sunscreens, are depleted in fruits 🫐🍇🍒🍎🍑? What better to way to tackle this question with a rare sectorial chimera that causes variegated grape berries? https://t.co/kWigSW1Vem

[The Plant Cell @ThePlantCell]

MYB24 orchestrates terpene and flavonol metabolism as light responses to anthocyanin depletion in variegated grape berries (Chen Zhang, Zhanwu Dai, Thilia Ferrier, Luis Orduña, et al) https://t.co/adUefIb4kx @jtmatus @ChenZhang5859 @ASPB #PlantSci

[Darren wong @DazCJ]

@jtmatus @ZhanwuDai @shhuang1 @CantuLab @StefaniaSavoi @ManuelRocon Congrats Tomas and everyone who chipped in along the way, no matter how big or small. It amazes me how far this has become since our conversation re this at 10th ISGPB conference in Verona 2016!!

[Darren wong @DazCJ]

New insights into the biosynthetic routes of azafrin in the roots of an ethnobotanical plant of the Andes 🗻🏔️. Shout-out to @ManuelRocon @jtmatus for this collaboration!
https://t.co/82mGWjkTCC

[José Tomás Matus @jtmatus]

FINALLY OUT! Great collab with @ManuelRocon @DazCJ Accumulation of azafrin in the root apoplast of the medicinal plant Escobedia grandiflora might play a role in parasitism https://t.co/as3Xn0ywzU

[Darren wong @DazCJ]

Hope everyone enjoys reading my perspectives on the topic as much as I did writing it (Thanks @evolvo_ergo_sum, Rod Peakall, @fperfectti, @GregBourke3, Clay Carter, @renzongxin, Petra Wester, Paulo Milet-Pinheiro, @TobiasHayashi, @CallanAfrica, @etl_florian for the amazing pics)

[Darren wong @DazCJ]

Many different 🪷🌼🌷🌹🌻🌺 make a 💐:Lessons from specialized metabolite diversity in plant–pollinator interactions 🐝🪰🦎🐦🦋🐁🦇🪲 https://t.co/X1wEW6a9nJ @EcoEvo_ANU

[Darren wong @DazCJ]

@renzongxin Happy and prosperous year of the Rabbit to you too =)

[Darren wong @DazCJ]

The dark 🐜-like floral structures of sexually deceptive Chiloglottis (Orchidaceae) is underpinned by conserved pigment pathways https://t.co/MS0pRUTNDn

[Frontiers - Plant Science @FrontPlantSci]

New Research: Reproductive Isolation Among Three Nocturnal Moth-Pollinated Sympatric Habenaria Species (Orchidaceae): Comparison and quantification of multiple pre- and post-pollination barriers to interspecific hybridization are… https://t.co/sW8wMiJajR #PlantScience #PlantSci

[Zong-Xin Ren @renzongxin]

Orchid Phylotranscriptomics: The Prospects of Repurposing Multi-Tissue Transcriptomes for Phylogenetic Analysis and Beyond https://t.co/BSk9CL1ocN

[Darren wong @DazCJ]

♻️Recycle & Reuse♻️: The prospects of repurposing multi-tissue transcriptomes for #orchids phylotranscriptomics https://t.co/cqlUMDgTQw @EcoEvo_ANU

[José Tomás Matus @jtmatus]

Great job @DazCJ! finally you got it out. A must read for all of those working in GCNs

[Darren wong @DazCJ]

@jtmatus Thanks mate =)

[Darren wong @DazCJ]

Hot of the press: Network aggregation improves gene function prediction of #grape gene #coexpression #networks 🍇🍇 https://t.co/RpuYTsujp1

[Global Plant Council @GlobalPlantGPC]

Raising plants to withstand climate change https://t.co/KxDOHAyzcX via @latrobe @Flinders @asps_ozplants #plantscience #ClimateChange

[José Tomás Matus @jtmatus]

Its finally out!! Hope u enjoy it as much as we did writing it! ⁦@DazCJ⁩ @_Marco_Moretto_ @fran_rom_cam & thanks @CantuLab for the opportunity 🤘🏽🍇 Status and Prospects of Systems Biology in Grapevine Research #tomsbiolab https://t.co/aLJqwoNEId

[Darren wong @DazCJ]

Cannabis glandular trichomes alter morphology and metabolite content during flower maturation
https://t.co/FS54aZwGU9

[Darren wong @DazCJ]

@jtmatus @i2sysbio @CienciaGob Congratulations #tomsbiolab

[José Tomás Matus @jtmatus]

So excited for the upcoming 3 years full of fun stuff to do!
State Research Agency approves six projects for I2SysBio https://t.co/A0KNtaF8OX @i2sysbio @CienciaGob