Lucía de Hoyos
@luciadehoyos.bsky.social
PhD candidate at MPI for Psycholinguistics, Nijmegen, NL
complex trait genetics | population genetics
poetry ✨ | she/her
complex trait genetics | population genetics
poetry ✨ | she/her
And there you have it! #ExInPlotter, an easy-to-use online tool for plotting your genes of interest. Here applied in our latest CHD3 pre-print on bioRxiv (den Hoed et al). biorxiv.org/content/10.1...
@joerydh.bsky.social
@joerydh.bsky.social
The chromatin remodeler CHD3 is highly expressed in mature neurons and regulates genes involved in synaptic development and function
bioRxiv - the preprint server for biology, operated by Cold Spring Harbor Laboratory, a research and educational institution
biorxiv.org
April 30, 2024 at 9:41 AM
And there you have it! #ExInPlotter, an easy-to-use online tool for plotting your genes of interest. Here applied in our latest CHD3 pre-print on bioRxiv (den Hoed et al). biorxiv.org/content/10.1...
@joerydh.bsky.social
@joerydh.bsky.social
Do you want to also plot additional custom sequences? (e.g. guideRNA, probes...) 🚩You can do that too! We provide an example file for this.
April 30, 2024 at 9:40 AM
Do you want to also plot additional custom sequences? (e.g. guideRNA, probes...) 🚩You can do that too! We provide an example file for this.
How does it work? ⚙️
1️⃣ Select the genome build (e.g. Human-hg38)
2️⃣ Write down the gene you want to visualise (e.g. CHD3)
3️⃣ Select as many transcripts as you would like to plot
4️⃣ Adapt the scale bar (in case your gene is bigger/smaller than the default one)
5️⃣ Export it as pdf
1️⃣ Select the genome build (e.g. Human-hg38)
2️⃣ Write down the gene you want to visualise (e.g. CHD3)
3️⃣ Select as many transcripts as you would like to plot
4️⃣ Adapt the scale bar (in case your gene is bigger/smaller than the default one)
5️⃣ Export it as pdf
April 30, 2024 at 9:40 AM
How does it work? ⚙️
1️⃣ Select the genome build (e.g. Human-hg38)
2️⃣ Write down the gene you want to visualise (e.g. CHD3)
3️⃣ Select as many transcripts as you would like to plot
4️⃣ Adapt the scale bar (in case your gene is bigger/smaller than the default one)
5️⃣ Export it as pdf
1️⃣ Select the genome build (e.g. Human-hg38)
2️⃣ Write down the gene you want to visualise (e.g. CHD3)
3️⃣ Select as many transcripts as you would like to plot
4️⃣ Adapt the scale bar (in case your gene is bigger/smaller than the default one)
5️⃣ Export it as pdf