N-Terminal Tagging with GFP Enhances Selectivity of Agitoxin 2 to Kv1.3-Channel Binding Site von Nekrasova, Oksana, Primak, Alexandra L., Ignatova, Anastasia A., Novoseletsky, Valery N., Geras'kina, Olga, Kudryashova, Ksenia S., Yakimov, Sergey A., Kirpichnikov, Mikhail P., Arseniev, Alexander S., Feofanov, Alexey

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Bispecific Antibodies for IFN-beta Delivery to ErbB2(+) Tumors von Rybchenko, Vladislav S., Panina, Anna A., Aliev, Teimur K., Solopova, Olga N., Balabashin, Dmitry S., Novoseletsky, Valery N., Dolgikh, Dmitry A., Sveshnikov, Petr G., Kirpichnikov, Mikhail P.

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ProBAN: Neural network algorithm for predicting binding affinity in protein–protein complexes von Bogdanova, Elizaveta Alexandrovna, Novoseletsky, Valery Nikolaevich

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Abstract P-49: Determination of Relative Positions of Two Helices in Two-Helical Proteins Basing on X-ray Diffraction Data with the Use of Convolutional Neural Networks von Novoseletsky, Valery, Lozhnikov, Mikhail, Armeev, Grigoriy, Kudriavtsev, Alexandr, Shaytan, Alexey, Kobelkov, Georgy, Shaitan, Konstantin

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Abstract P-31: Structure of Pseudomonas aeruginosa Luz-24-like Phage U47 von Pichkur, Evgeny, Novoseletsky, Valery, Shneider, Mikhail, Sedov, Anton, Sikilinda, Nina, Miroshnikov, Konstantin, Sokolova, Olga

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Abstract P-43: Approximating Protein Alpha-Helices with Cylinders for Free Electron Lasers Diffraction Experiments von Armeev, Grigory, Lozhnikov, Mikhail, Novoseletsky, Valery, Kudriavtsev, Aleksandr, Shaytan, Alexey, Kobelkov, Georgy, Shaitan, Konstantin

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Abstract OR-23: Current Status of Biomolecules Imaging by X-ray Free Electron Laser without Crystallization von Kudriavtsev, Aleksandr, Vakhrusheva, Anna, Novoseletsky, Valery, Armeev, Grigoriy, Lozhnikov, Mikhail, Shaitan, Alexey, Kobelkov, Georgy, Shaitan, Konstantin

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Abstract P-47: Recognition of Single Particle’s Diffraction Images Generated in X-ray Free Electron Laser Experiments von Lozhnikov, Mikhail, Kobelkov, Georgiy, Armeev, Grigoriy, Kudriavtsev, Aleksandr, Novoseletsky, Valery, Shaytan, Alexey, Shaitan, Konstantin

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A mutation in the cardiac KV7.1 channel possibly disrupts interaction with Yotiao protein von Li, Bowen, Karlova, Maria, Zhang, Han, Pustovit, Oksana B., Mai, Lisha, Novoseletsky, Valery, Podolyak, Dmitry, Zaklyazminskaya, Elena V., Abramochkin, Denis V., Sokolova, Olga S.

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Method To Assess Packing Quality of Transmembrane [alpha]-Helices in Proteins. 1. Parametrization Using Structural Data von Chugunov, Anton O, Novoseletsky, Valery N, Nolde, Dmitry E, Arseniev, Alexander S, Efremov, Roman G

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Method To Assess Packing Quality of Transmembrane α-Helices in Proteins. 1. Parametrization Using Structural Data von Chugunov, Anton O, Novoseletsky, Valery N, Nolde, Dmitry E, Arseniev, Alexander S, Efremov, Roman G

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Method To Assess Packing Quality of Transmembrane [alpha]-Helices in Proteins. 2. Validation by "Correct vs Misleading" Test von Chugunov, Anton O, Novoseletsky, Valery N, Nolde, Dmitry E, Arseniev, Alexander S, Efremov, Roman G

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Method to Assess Packing Quality of Transmembrane α-Helices in Proteins. Part 1. Parametrization Using Structural Data von Chugunov, Anton O., Novoseletsky, Valery N., Nolde, Dmitry E., Arseniev, Alexander S., Efremov, Roman G.

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Method to Assess Packing Quality of Transmembrane α-Helices in Proteins. Part 2. Validation by "Correct vs. Misleading" Test von Chugunov, Anton O., Novoseletsky, Valery N., Nolde, Dmitry E., Arseniev, Alexander S., Efremov, Roman G.

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