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Nick Desnoyer

@NickDesnoyer • 9,093 subscribers

SNF Postdoc fellow & @osventuresllc grantee @TheSainsburyLab 🌱🧬 Designing flowers for art and education 🌹✨ Info: https://t.co/L5C39riKg1

Shorts

Scientific drawing is an important skill that used to be an integral part of a scientists training 📝 I use vectors for my drawings- here are 5 reasons why they are awesome (1/6 🧵)

Scientific drawing is an important skill that used to be an integral part of a scientists training 📝 I use vectors for my drawings- here are 5 reasons why they are awesome (1/6 🧵)

170,053 views

Genetically engineered color-changing Arabidopsis 🧬📷- attempt #3 I think I finally nailed it with this one.

Genetically engineered color-changing Arabidopsis 🧬📷- attempt #3 I think I finally nailed it with this one.

25,888 views

Growth of a seedling🌱 The first two "true leaves" of a seedling grow from the meristem, a region of small undifferentiated cells between the two embryonic leaves, or cotyledons. These are usually covered in spiky trichomes as they are vulnerable to herbivory by insects.

Growth of a seedling🌱 The first two "true leaves" of a seedling grow from the meristem, a region of small undifferentiated cells between the two embryonic leaves, or cotyledons. These are usually covered in spiky trichomes as they are vulnerable to herbivory by insects.

45,062 views

Leaf infiltration is a widely used technique in plant science for delivering Agrobacterium or chemicals directly to plant cells 🍃🧬 For those who do it regularly, there’s a satisfaction in watching the liquid flow seamlessly through the leaf's airspaces—when done well..

Leaf infiltration is a widely used technique in plant science for delivering Agrobacterium or chemicals directly to plant cells 🍃🧬 For those who do it regularly, there’s a satisfaction in watching the liquid flow seamlessly through the leaf's airspaces—when done well..

33,161 views

The hero of plant science: Arabidopsis thaliana

The hero of plant science: Arabidopsis thaliana

50,068 views

Fluorescent Protein Biosensors Quick Guide! 🧵 FP Biosensors are genetically encoded tools that measure analytes (X) which either directly or indirectly affect their spectral properties. Analytes can affect the fluorophore intrinsically or through extrinsic sensing domains fused to the FP. Measurements are calculated as the signal of a single channel (intensiometric) or as the ratio of signal from two channels (ratiometric).

Fluorescent Protein Biosensors Quick Guide! 🧵 FP Biosensors are genetically encoded tools that measure analytes (X) which either directly or indirectly affect their spectral properties. Analytes can affect the fluorophore intrinsically or through extrinsic sensing domains fused to the FP. Measurements are calculated as the signal of a single channel (intensiometric) or as the ratio of signal from two channels (ratiometric).

35,822 views

$"Little Flower" is a piece I dreamed of for over a year, and at last, it’s alive. A 10k × 10k Cryo-SEM portrait of my micro-rose. A sculpture of cells... fractured and frozen in time.$

"Little Flower" is a piece I dreamed of for over a year, and at last, it’s alive. A 10k × 10k Cryo-SEM portrait of my micro-rose. A sculpture of cells... fractured and frozen in time.

17,774 views

Hello friends, I am making a movie for the start of #ICAR2025 in Ghent next year! I need your help to make it a community project! Please retweet + comment your favorite Arabidopsis live imaging video to be featured in the movie. Anything from macro to single-molecule, tell me!

Hello friends, I am making a movie for the start of #ICAR2025 in Ghent next year! I need your help to make it a community project! Please retweet + comment your favorite Arabidopsis live imaging video to be featured in the movie. Anything from macro to single-molecule, tell me!

27,621 views

Calcium waves in a non-vascular land plant, Marchantia polymorpha (wait until 0:10) ⚡️

Calcium waves in a non-vascular land plant, Marchantia polymorpha (wait until 0:10) ⚡️

32,311 views

Förster resonance energy transfer (FRET) Visual Guide 🧵 Resonance energy transfer occurs when excess energy from an excited chromophore (donor) is transferred to a nearby chromophore (acceptor) within around 10nm. This phenomena has been exploited for cell biology applications such as FRET biosensors and FRET-FLIM that measure protein-protein interactions.

Förster resonance energy transfer (FRET) Visual Guide 🧵 Resonance energy transfer occurs when excess energy from an excited chromophore (donor) is transferred to a nearby chromophore (acceptor) within around 10nm. This phenomena has been exploited for cell biology applications such as FRET biosensors and FRET-FLIM that measure protein-protein interactions.

22,260 views

What began as a cute idea last year is evolving into a project with exciting potential for research, education, and art. Can’t wait to share updates and unexpected discoveries here and in my talk at The Sainsbury Laboratory next Monday! 🌹

What began as a cute idea last year is evolving into a project with exciting potential for research, education, and art. Can’t wait to share updates and unexpected discoveries here and in my talk at The Sainsbury Laboratory next Monday! 🌹

17,786 views

Color changing flowers 🌺🧬 From pink to white in 3 days. My first timelapse The Sainsbury Laboratory !

Color changing flowers 🌺🧬 From pink to white in 3 days. My first timelapse The Sainsbury Laboratory !

10,491 views

Painting floral organs with genetically encoded RUBY, a non-invasive reporter utilizing red betalain synthesis from beets. Lines generated by cloning pro Stefano Bencivenga. For more on RUBY:

Painting floral organs with genetically encoded RUBY, a non-invasive reporter utilizing red betalain synthesis from beets. Lines generated by cloning pro Stefano Bencivenga. For more on RUBY:

26,227 views

To advertise submissions for the #ICAR 2025 movie, I will be posting the coolest Arabidopsis live imaging with an artistic spin. Let's start with these awesome videos of mitochondrial movements by Joanna Chustecki. Thank you for sharing!

To advertise submissions for the #ICAR 2025 movie, I will be posting the coolest Arabidopsis live imaging with an artistic spin. Let's start with these awesome videos of mitochondrial movements by Joanna Chustecki. Thank you for sharing!

17,247 views

Gemma growth of the liverwort, Marchantia polymorpha (10-day timelapse). The gametophyte grows with repeated dichotomous branching at the apex and long single-celled rhizoids emerging mostly from the ventral surface. Such a cool plant.

Gemma growth of the liverwort, Marchantia polymorpha (10-day timelapse). The gametophyte grows with repeated dichotomous branching at the apex and long single-celled rhizoids emerging mostly from the ventral surface. Such a cool plant.

25,833 views

Arabidopsis bolting be like: steady... almost there... freak out!

Arabidopsis bolting be like: steady... almost there... freak out!

23,790 views

Genetic fasciation of the Arabidopsis roses for larger, fused flowers 🌸🤘

Genetic fasciation of the Arabidopsis roses for larger, fused flowers 🌸🤘

14,864 views

Dear plant friends, what flowers have the coolest patterns on their petals? I will start: Saxifraga rotundifolia

Dear plant friends, what flowers have the coolest patterns on their petals? I will start: Saxifraga rotundifolia

13,354 views

While animal movements are largely regulated through electrical signals and muscle contractions, plant movements are controlled primarily through hormone signaling, changes in turgor pressure, and cell wall loosening. Plant growth behavior operates on another timescale🌱⌛️

While animal movements are largely regulated through electrical signals and muscle contractions, plant movements are controlled primarily through hormone signaling, changes in turgor pressure, and cell wall loosening. Plant growth behavior operates on another timescale🌱⌛️

11,578 views

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Here's the short story of how I got into flower bioengineering! 🌹🧬✨ This was my application for the O'Shaughnessy Ventures fellowship (they're taking applications now!)

Here's the short story of how I got into flower bioengineering! 🌹🧬✨ This was my application for the O'Shaughnessy Ventures fellowship (they're taking applications now!)

64,442 views • 4 months ago

My powerpoint slide on the plant virus I am working on 🌱🧬

My powerpoint slide on the plant virus I am working on 🌱🧬

24,687 views • 3 months ago

SO excited to share that I’ve been awarded a grant from @osventuresllc to develop a genetic toolkit for flower design! Here was my 1-minute pitch. To everyone who’s supported my art over the years, thank you. So much to come 🌹✨

SO excited to share that I’ve been awarded a grant from @osventuresllc to develop a genetic toolkit for flower design! Here was my 1-minute pitch. To everyone who’s supported my art over the years, thank you. So much to come 🌹✨

31,005 views • 11 months ago

Converted this dusty Zeiss stereoscope into a timelapsing machine with automated Z-stacking and synchronized lights for circadian rhythm 🦾🌱 Give old microscopes a second chance. Wiring diagram for arduino noobs below 🧵

Converted this dusty Zeiss stereoscope into a timelapsing machine with automated Z-stacking and synchronized lights for circadian rhythm 🦾🌱 Give old microscopes a second chance. Wiring diagram for arduino noobs below 🧵

20,077 views • 8 months ago

Germination of an Arabidopsis seed over 7 days. First to emerge is the radicle (embryonic root) followed by the hypocotyl and cotyledons (embryonic shoot/leaves). Growth in the hypocotyl is solely driven by cell expansion making it all wiggly and cute.

Germination of an Arabidopsis seed over 7 days. First to emerge is the radicle (embryonic root) followed by the hypocotyl and cotyledons (embryonic shoot/leaves). Growth in the hypocotyl is solely driven by cell expansion making it all wiggly and cute.

33,345 views • 2 years ago

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