Data Sheet 1_Molecular profiling of PYL gene family in sugar beet (Beta vulgaris L.) and BvPYL2/3 involved in ABA accumulation confers enhanced resistance to CLS (Cercospora Leaf S... od Changmei Wu (22776269)

Three <i>p</i>-<i>tert</i>-Butylthiacalix[4]arene-Supported Cobalt Compounds Obtained in One Pot Involving In Situ Formation of N₆H₂ Ligand od Yanfeng Bi (1776409)

Highlights the residues of Smad3 in MH2 domain that formed hydrogen bonds with group I ligands in before and during the 250 ns of Molecular Dynamic (MD) simulation. od Ubair Aziz (21485738)

Characterization of Myrosinase-Mediated Glucosinolate Degradation Pathways in <i>Lactiplantibacillus plantarum</i> ZUST49 od Xili Liang (20853781)

Teme:

The .NET CRNT file for the network in Fig 3D. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The .NET CRNT file for the network in Fig 4. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 2A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 3D. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 4. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The .NET CRNT file for the network in Fig 1D. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The COPASI file for the network in Fig 4. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The .NET CRNT file for the network in Fig 2A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

Fit_data.xlsx od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 1A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The .NET CRNT file for the network in Fig 1A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 1D. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The .NET CRNT file for the network in Fig 3A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

The XPPAUT ode files for the network in Fig 3A. od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

Parameters_table.xlsx od Guturu L. Harika (20917923)

“…The primary mechanism involves the recruitment of three important eukaryotic initiation factors, eIF2-GDP, eIF5, and eIF2B, and their interactions, followed by the GDP-GTP exchange by eIF2B to form an active dimer eIF2-GTP. …”

Network of integrated stress response. od Guturu L. Harika (20917923)