Data from: Endogenous tagging of multiple cellular components in the sea anemone Nematostella vectensis
Data files
Dec 04, 2022 version files 5.19 MB
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Combined-Files-Paix-2022-Nv-CRISPR-v1.pdf
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Figure-S1-Paix-2022-Nv-CRISPR-v1.TIF
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README.md
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Table-S1-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S2-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S3-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S4-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S5-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S6-Paix-2022-Nv-CRISPR-v1.xlsx
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Table-S7-Paix-2022-Nv-CRISPR-v1.xlsx
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Abstract
Data from: Endogenous tagging of multiple cellular components in the sea anemone Nematostella vectensis
The cnidarian Nematostella vectensis is a powerful model system to study the mechanisms underlying animal development. However, endogenous protein tagging is still challenging. Here we provide information to knock-in fluorescent protein reporters (at lamin, actin, mhc, cdh1, sec61b, rab11a and col4 loci) in the Nematostella genome using CRISPR/Cas9.