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The discussions demonstrate strong interest and moderate agreement centered on the physical mechanisms in life's origins, with posts referencing concepts like protocells, the physical properties of proteins, and the role of water bonds, often emphasizing the significance with terms like 'best explanation' and posing questions about the origin of the first cell, which reflects curiosity and recognition of the article’s importance.
Most discussions affirm the core concepts, emphasizing the importance of physical properties in the origin of life, indicating a general consensus.
Discussions show high curiosity about the origin of the first cell and the physical basis of life, with several emphasizing the significance of physical concepts like the role of water hydrogen bonds.
Posts are somewhat detailed, referencing models and foundational theories, but mostly remain at a descriptive level rather than critically analyzing implications.
While the discussions highlight foundational ideas, few suggest innovative or transformative implications, reflecting a moderate perceived impact.
Cell theory, intrinsically disordered proteins, and the physics of the origin of life: https://t.co/5TLhE7Lj02
https://t.co/2lGrXsuFHa 4K version on Youtube.
Cell theory and the physics of the origin of life (video Abstract). https://t.co/brds3vvh2Y
The cell is the pump, it inherently does what is attributed to "Na/K pumps". It cannot not pump potassium into it in its resting state, the separation of electrolytes is the basis of its ability to do work. https://t.co/pqhE9RA1jL
Vladimir Matveevs video here is the best explanation of the bulk-phase model. It captures the origin of life in a single minute. https://t.co/pqhE9RA1jL
RT @VladimirMatveev: Cell theory and the physics of the origin of life (video Abstract). https://t.co/brds3vvh2Y
This presentation explores how cell theory and the properties of disordered proteins relate to the origin of life, emphasizing the role of physical continuity and proto-cell structures in bridging nonliving and living…
This video explores how cell theory and the physical properties of prebiotic macromolecules, like intrinsically disordered proteins, may have contributed to the emergence of life by maintaining physical invariance in…
This video explores how cell theory relates to the origin of life, focusing on early protocells composed of disordered macromolecules like peptides, and how their physical properties may have evolved into those of…
This video explores how physical properties of protocells and disordered proteins may have contributed to the emergence of life, emphasizing the role of physical invariance and cell theory in understanding the origin of…
This video explores how water's hydrogen bonds influence cell physics and the origin of life, emphasizing the importance of physical properties and early protocell structures in the transition from nonliving to living…
The video explores how cell theory and the physics of protocells made of disordered proteins played a role in life's origins, supported by evidence from protein solutions and coacervates.
https://t.co/2lGrXsuFHa 4K version on Youtube.
Vladimir Matveevs video here is the best explanation of the bulk-phase model. It captures the origin of life in a single minute. https://t.co/pqhE9RA1jL
The cell is the pump, it inherently does what is attributed to "Na/K pumps". It cannot not pump potassium into it in its resting state, the separation of electrolytes is the basis of its ability to do work. https://t.co/pqhE9RA1jL
RT @VladimirMatveev: @vesti_news Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной си…
@tvcplus Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@rgrus Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@IA_REGNUM Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@postnauka Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@lentaruofficial Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@Scientific_Rus Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@lentaruofficial Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
@vesti_news Сорбционная теория происхождения жизни (2019 г.). Доклад на Десятом Московском симпозиуме по Солнечной системе, секция «Астробиология» (11 октября 2019 г.): https://t.co/oKNwl8UM3n
Астробиология https://t.co/MGv32OGHRl
Сорбционная теория происхождения жизни (2019 г.) https://t.co/oKNwl8UM3n
The physics of the origin of life. Abstract 1. https://t.co/brds3vvh2Y (3 min) Abstract 2. Significance of hydrogen bonds of water for cell physics. https://t.co/O1trCB8Mc1 (3 min) Abstract 3. The energy of the physiological atom. https://t.co/pCNaugTUmN (1 min)
RT @VladimirMatveev: Cell theory and the physics of the origin of life (video Abstract). https://t.co/brds3vvh2Y
Significance of hydrogen bonds (video Abstract). https://t.co/O1trCB8Mc1
Cell theory and the physics of the origin of life (video Abstract). https://t.co/brds3vvh2Y
@origin_of_life_ Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@Astrobiology_jn Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@PrebioticChem Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@MSUExtremeBio Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@jimmysaw Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@baobabbaum Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
@OriginsLife Cell theory and the physics of the origin of life. Rudolf Virchow expanded the cell theory with a postulate: all cells only arise from pre-existing cells. But what did the very first cell arise from? https://t.co/6tES5wCFm8
RT @ShorterLab: Cell theory, intrinsically disordered proteins, and the physics of the origin of life: https://t.co/5TLhE7Lj02
Cell theory, intrinsically disordered proteins, and the physics of the origin of life: https://t.co/5TLhE7Lj02
[0.88] Matveev, V.V., Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog. Biophys. Mol. Biol., 149, 114–130, 2019 ...
[21] Matveev V V 2019 Cell theory, intrinsically disordered proteins and the physics of the origin of life Prog. Biophys. Mol. Biol. 149 114–30. Go to ...
Cell Theory Intrinsically Disordered Proteins and The Physics of The Origin of Life. 17 pages. Note By4 By5. PDF. No ratings yet. Note By4 By5. 263 pages.
... cells, reach the ganglion cells and ... Cell theory, intrinsically disordered proteins, and the physics of the origin of life, Prog biophys mol biol.
Matveev, V.V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Progr. Biophys. Mol. Biol. 2019, 149, 114–130. [Google ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Article. Apr 2019. Vladimir Matveev. Cell theory, as ...
... cell. Nanomotors for biomedical ... (70) Matveev, V. V., Cell theory, intrinsically disordered proteins, and the physics of the origin of life.
doi: 10.1016/j.pbiomolbio.2017.08.012 Memory functions reveal structural properties of gene regulatory networks. Frankl, V. E., and Vance, S. (2007). Man's ...
https://doi.org/10.1016/j.mtchem.2019.04.001. Recio F, Herrasti P, Sirés I ... pbiomolbio.2018.07.009. Satsangi VR, Kumari S, Singh AP et al (2008) ...
... pbiomolbio.2016.09.002,105340 Science Signaling,12,2019,10.1126/scisignal.aav3048,109838 Current Opinion in ... 10.1016/j.neuron.2017.02.037,118324.
Cell and cell theory ... disordered proteins, and the physics of the origin of life. The first protocells may have been formed on the basis of intrinsically ...
Matveev V.V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog. Biophys. Mol. Biol. 2019;149:114–130. doi: 10.1016 ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life VV Matveev Progress in biophysics and molecular biology 149, 114-130, 2019
Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog Biophys Mol Biol. 2019 Dec:149:114-130. doi: 10.1016/j.pbiomolbio ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Progress in Biophysics and Molecular Biology 2019, 149 , 114-130 ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life · Abstract · Graphical abstract · Section snippets · Extension of cell theory.
Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Progress in Biophysics and Molecular Biology 2019, 149 , 114-130 ...
Matveev, V.V.. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog. Biophys. Mol. Biol. 2019; 149 ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Progress in Biophysics and Molecular Biology 2019 ...
Matveev V.V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. ... cellular stress, protein aggregation ...
Cell theory, intrinsically disordered proteins, and the physics of the origin of life.. Progress in biophysics and molecular biology. https ...
V. V.. Matveev. , “. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. ,”. Prog. Biophys. Mol. Biol. 149.
Synthesis of theories on cellular powering ... Cell theory, intrinsically disordered proteins, and the physics of the origin of life.
Matveev VV (2019), Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog Biophys Mol Biol 149, 114–130 ...
... cells. In the case of pure lipid membranes, the ... Cell theory, intrinsically disordered proteins, and the physics of the origin of life.
... cell aging. Frontiers in ... Matveev V. V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life.
Matveev, V.V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. Prog. Biophys. Mol. Biol. 2019, 149 ...
Matveev, V.V. Cell theory, intrinsically disordered proteins, and the physics of the origin of life. ... cellular stress, protein aggregation ...
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