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7,931 to 7,940 of 10,360 Results
2018-T1-001-096_Final Data.7z.014
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: 78edfa786b06289c5d5f68c2ff66cae3
2018-T1-001-096_Final Data.7z.015
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: abb85bbbeb8305acc0d1d7bd58b11953
2018-T1-001-096_Final Data.7z.016
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: 0c73dbd392e4c72d6e40e9447e1c5668
2018-T1-001-096_Final Data.7z.017
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: 54186436bcc5123fef17dbcaf07b56cd
2018-T1-001-096_Final Data.7z.018
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: d98859b37d211fdfa9839a96e4a910fa
2018-T1-001-096_Final Data.7z.019
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 7.9 GB - MD5: 693ec9a6ca5f5f2751978e3082a0a827
2018-T1-001-096_Final Data.7z.020
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Unknown - 1.2 GB - MD5: 0162ee5415d891da632535b1f3eefab7
Readme.pdf
Readme.pdf
May 13, 2023 - Data for Investigating The Protein Phase Behavior In Polarized Fungal Growth By Coarse-Grained Molecular Simulation
Adobe PDF - 58.1 KB - MD5: 7b883875d3bddc439efbc3c24461a009
A new combinatorial megaplasmid library assembly method designed to screen for minimal pathways by using SCRaMbLE
A new combinatorial megaplasmid library assembly method designed to screen for minimal pathways by using SCRaMbLE
Oct 31, 2022 - Guillaume THIBAULT
Thibault, Guillaume; Yap, Wei Sheng, 2022, "A new combinatorial megaplasmid library assembly method designed to screen for minimal pathways by using SCRaMbLE", https://doi.org/10.21979/N9/XKMAEX, DR-NTU (Data), V1, UNF:6:5KJyBwAUciUBv92jsbfKDg== [fileUNF]
Human proteins expressed in yeast are common to enhance protein production while the expression of functional human pathways remain challenging. Here, we propose a simple and economical high-throughput gene assembly method to create a yeast megaplasmid library from human cDNA to...
20211118 Test PaqCI NNNN TCGA (processed).tif
20211118 Test PaqCI NNNN TCGA (processed).tif
Oct 31, 2022 - A new combinatorial megaplasmid library assembly method designed to screen for minimal pathways by using SCRaMbLE
TIFF Image - 2.1 MB - MD5: f61adb46b656d0a8ee646ff02cd7a9f1
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