Audiobook Authentic Biochemistry

Biochemical Mosaic I. CODA. Membrane lipids function as biosensors for pKa's of phosphonoester anionic charge density with polybasic protein domains to mediate communication including transcription.

24/02/2024 Duração: 29min

References J Biol Chem 2017 292: 20481. Nature Cell Biology 2019. volume 21, pages 338–347 Rossini.G. 1829. William Tell Overture. https://youtu.be/z7Tj2SzToHI?si=QUXkj3NzqF17Zq60 Vivaldi, A. 1712. Concerto in D Major. RV 212. https://youtu.be/l21_9KKy1Pg?si=9HSMxRj7huJF1B8j --- Send in a voice message: https://podcasters.spotify.com/pod/show/dr-daniel-j-guerra/message Support this podcast: https://podcasters.spotify.com/pod/show/dr-daniel-j-guerra/support

Authentic Biochemistry

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Biochemical Mosaic I. CODA. Membrane lipids function as biosensors for pKa's of phosphonoester anionic charge density with polybasic protein domains to mediate communication including transcription.

Biochemical MosaicI.c.13 Phosphatidic acid as key lipid intermediary of membrane secretion signalling and cellular intracommunication via kinase cascade and transcriptional regulation.DJGPhD.22.2.24

Biochemical Mosaic I. c.12. The porosomal secretory system requires anioic lipids including phosphatidic acid. DJGPhD.21.2.24

Biochemical Mosaic I.c.11. Glycerolipid metabolism coupled to mTORC1 enzyme phosphorylation necessarily involves a complete analysis of membrane lipid molecular species distribution.DJGPhD.20.2.24

Biochemical Mosaic I c.10. Is PE depletion reversed by mTORC1 phosphorylation of LIPIN1 or is DAG authentically activating CCT via membrane association thus obtaining robust PL synthesis? DJGPhD.

Biochemical Mosaic I. c.9 Increased inner mitochondrial membrane PE from PS decarboxylase decreases protease mediated degradation of phospholipid transfer proteins thus maintaining fusion potency.

Biochemical Mosaic I PA-phosphatase c.8. Membrane fusion and the dynamics of mitochondrial reduction vs. proliferation; the PA phosphatase in lipid metabolism. DJGPhD. 16.2.24 Authentic Biochemistry

Biochemical Mosaic I. Phosphatidic acid Phosphatase. c.7. Mutational reversal of IDH1 leads to NADPH depletion concomitant with potent anti-PHD enantiomeric 2-hydroxyglutarate obtaining pseudohypoxia.

Biochemical Mosaic I. The PA phosphatase c.6. Alteration of the TCA pathway intermediates and hypoxia/nutrient deficiency control HIF1α stability indirectly regulating IMM protein and lipid turnover.

The Biochemical Mosaic I. Phosphatidic Acid Phosphatase c.5. Tumor cells adapt bioenergetic fuel economy toward cell immortalization via re-crafting of mitochondrial IM lipid speciation.DJGPhD.12Feb24

Biochemical Mosaic I. Phosphatidic Acid Phosphatase c.4 GLN utilization and an IMM protease regulate mitochondrial involvement in cancer growth. DJGPhD. Authentic Biochemistry 10Feb24

Biochemical Mosaic Event Ontologies I. Phosphatidic Acid Phosphatase. c.3 Indirect consequences of mitochondrial proteomic variation potentially obtains GLN-linked Warburg glycolysis preventing ROS.

Biochemical Mosaic Event Ontologies I. Phosphatidic Acid Phosphatase. Autophagy commitment is linked to mTORC1 v. AMPK oppostional kinase networks maintaining proteostasis and lipid homeostasis.DJGPhD

Biochemical Mosaic Event Ontologies I. Phosphatidic Acid Phosphatase. Prologomena c.1.

BioMedical Portrait VIII. C.22 CODA. Microglial Leukotrienes in neurodegeneration.DJGPhD.04Feb2024. Authentic Biochemistry Podcast.

BioMedical Portrait VIII. c.21 Lysopholpids like sphingolipids hydrogen bond to cholesterol mediating lipid membrane raft mobility. DJGPhD. 2Feb2024. Authentic Biochemistry Podcast

BioMedical Portrait VIII C.20. Heterologous lipid sequence membrane domains rearrange according to LysoPL polarity after PLA2 mediated 20:4 removal and acetosalicylic acid alters fatty acid ordering.

BioMed PortraitVIII.c.19. Membrane thermotropic phase transition enthalpic responses to Leukotriene synthesis in relation to cholesterol and lysophospholipid fluid dynamics.DJGPhD.31.1.24.Authentic BC

BioMed Portrait VIII.c.18Aspirin PGS (COX) inhibited membrane topological and integrated molecular dynamics: leukotriene –cytokine mediated asthmatic inflammation.DJGPhD.29.1.24. Authentic Biochem.

Sententia non Fengo, concluding remarks. BioMedical PortraitVIII. (C.17). LTC4 and LTD4 interact with IL-33 inducing cytokine generation in lung ILC2s.DJGPhD.28.1.24

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