All Episodes

Biochemical Mosaic III. Inflamasomes c.11 A Dialectical Event Ontological conciliantus contrarion perspective.DJGPhD.3April24.Authentic Biochemistry Podcast.

Biochemical Mosaic III.c.10 Atherogenesis and neointma formation are associated with sphingomyelinase membrane raft NOX aggregation during inflammasome activation.DJGPhD.2April24

Biochemical Mosaic III.c.9 Clinical associations of inflammasome mediated pathophysiology linked to epigenetic methylation patterning and DNA repair. DJGPhD.1April24.

Biochemical Mosaic III.c.8. S. aureus clearance via dual pyroptosis and necroptosis salientsand the control over the hyperinflammatory axis of clinical disease. DJGPhD.31.3.24

Biochemical Mosaic III.c.7 Convergence of Inflammasome molecular patterning obtains PRR-like sequalae that are hypo-modified epigenetically in multple Human pathophysiologies

Biochemical Mosaic III. c.6. S auereus induced inflammasome activating pyroptosis circumvents immune clearance and ARDS pulmonary chronic activation share similar hyperinflammatory presentation.DJGPhD

Biochemical Mosaic III. c.5. Gal3 and NRLP3 inflammasome coordinate inflammation via IL-1Beta convertase activation that is associated with NAFLD and NASH and inhibition of ABCA1 cholesterol efflux.

Biochemical MosaicIII. C.4. My oppositional dialectic and episteme- metaphysical discourse on method+ Gal3 as proinflammatory lectin may not uniformly correlate with pathobiochemical events. DJGPhD.

Biochemical Mosaic III c.3. Bacterial glycosphingolipid mediated inflammasome activation and the Galectin:NLRP3 interaction pathophenocopy oxy-mtDNA TLR induction.DJGPhD.21.3.24

Biochemical Mosaic III. C.2 A Non-canonical autophagic inhibition of NLRP3 inflammasome mediated inflammation in UVB-treated human keratinocytes.DJGPhD. 20.3.24.

Biochemical Mosaic III. C.1. Inflammasomes. DJGPhD.19.3.24 Authentic Biochemistry Podcast

Biochemical MosaicII.Book2.C.13.Dialectical event ontologies involving CNS plasmalogen and sphingolipid interlocution and the universality of Mozart and the Beatles. DJGPhD.17.3.24.Authentic Biochem.

Biochemical Mosaic II.Book 2. c.12 Adduced mTORC mediated glycerol-sphingolipid enzyme mRNA transcriptome association with Plasmalogen apodiction of myelination.DJGPhD.16.3.24

MosaicII,Bk.2.c.11 Squalene monooxygenase (SM) stabilization due to plasmalogen pathway fatty acid reductase deficiency promotes SM epoxidase alternate activity thus lowering24OHCHOL-LXR-myelination.

Biochemical Mosaic II. Book2. c.10.Plasmalogen mediated oxy vs epoxy sterol synthesis may control cns inflammation and myelination given acid-catalyzed transacetalization sequalae.DJGPhD.12March24

Biochemical Mosaic II. Book2. c.9. Plasmalogen regulation of composite ruling over prescriptive organization of cellular-biochemical phenomena includes florid mediation of the CNS.DJGPhD.11MARCH2024.

Biochemical Mosaic II.c.8 Cell death and CE-circ RNA vs.miRNA in Hepatocellular carcinoma: the spectre of AGPS et al. DJGPhD. 10March24.Authentic Biochemistry.

Biochemical Mosaic II.c.7. Fatty acid desaturation and mole% PC/PE/PL/CER are elevated via circRNA in Medublastoma while AGPS increased circRNA's in thyroid cancer.DJGPhD.7Mar24. Authentic Biochem.

Biochemical Mosaic II.c.6 Meduloblastoma is linked to plasmalogen and circ RNA phenomena that are pathophenocopied in other cancers. DJGPhD.5.Mar24.Authentic Biochemistry

Biochemical Mosaic II. c.5 Peroxisomal plasmalogen biosynthesis may regulate transcriptomic and proteomic sequalae to plasmamembrane mediated signal transduction. DJGPhD.4March24.

Biochemical Mosaic II. c.4. Peroxisomal biogenesis and AGPS-mediated plasmalogen synthesis involve circular RNA species that alter microRNA and mRNA expression in human cancers. DJGPhD.3MAR24.

Saturday Night Authentic Biochemistry The Agentic operator as metaphysical metaphor in metabolic regulation. DJGPhD.2March 2024.

Biochemical Mosaic II. c.3 Plasmalogen metabolism is coherently associated with peroxisomal integrity and replication. DJGPhD.01March 2024 Authentic Biochemistry.

Biochemical Mosaic II. C.2. Plasmalogen and PAF biosynthesis in relation to glycerol lipid and intermediary subcellular metabolism.DJGPhD.27.2.24

Biochemical Mosaic II. Plasmalogens & other ether lipids. c.1 DJGPhD.26.2.24. Authentic Biochemistry Podcast

A Dialectical Interlocution with Mozart. DJGPhD.24.2.24 Authentic Biochemistry Podcast

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

Sententia non Fengo: A minor prolegomenon to the purpose of Authentic Biochemistry. DJGPhD.28.1.24

BioMed Portrait VIII. c.16. Coordinated complimentarity of cell cycle MEK kinase cascade with the IL33-ST2 and CysLT1R mediatedILC2 activation to promote type 2 immunopathology. DJGPhD.25.1.24

BioMedical Portrait VIII.c.15. ILC associated hippocampal RNA-BP's exacerbate GLU neurotoxicity and regulate CysLT1R in lung ILC2's. DJGPhD. 23.1.24.

BioMedical Portrait VIII.c.14 The dialectical events between immune responses and leukotriene signaling are modulated by tissue-resident and circulating cell patterns via RNA binding proteins.DJGPhD.

BioMedical PortraitVIII.c.13 Leukotriene metabolism and reception is linked to innate like lymphocytes involved in airway inflammation and hyper-responsiveness-associated asthma.DJGPhD.19.1.24.AB.

BioMedical Portrait VIII.c.12. 5-LOX associates with FLAP and PLA2 at the nuclear envelope to trigger and control ILC2 mediation of the allergic asthma AHR pathology. DJGPhD 17.1.24. Authentic Bioch.

BioMedical Portrait VIII. C.11 Peptidyl leukotrieneR- mediated transcription of PTGS2and LOX15B with IL4/IL13 and IL33 in asthmatic lung airway constrictionin MDM's LM's and ILC2's DJGPhD.16.1.24

BioMedical Portrait VIII. c.10. The LOX5 and LOX12/15 pathways for 20:4, 20:5 and 22:6produce over 50 unique molecular species of oxylipins and lipoxins with unique biological sequalae.DJGPhD.14.1.24.

BioMedical Portrait VIII. c.9. Initial detail of the LOX vs.COX isoform utilization of essential and other dietary PUFA's in complex leukotriene biosynthesis. DJGPhD.11Jan24.Authentic Biochemistry.

BioMedical Portrait vIII. Leukotrienes. c.8 Leukotriene regulated Heterodimer Nuclear Receptor transcription factors organize around complex multi-ligand binding and sojourner molecular modifiers

BioMedical Portrait VIII.c.7. Differential control over fatty acid oxygenation and PPAR/RXR heterodimer pairing in mammalian uterine cell estrus physiology.DJGPhD.8Jan2024

EtOH Membrane Intoxication c.3. Epiphantei: ethanol-induced membrane degeneration results in altered porosity/tortuosity dynamics and microglia-failed tissue surveilance/repair in the CNS.DJGPhD.

EtOH c.2 Mean diffusivity and tortuosity metrics in ethanol induced white matter lesions.

BioMedical Portrait VIII.c.6 Precursor 20:4 5,8,11,14 derived prostaglandins and leukotriene roles in PPAR and RXR transcription factor expression in mammalian reproductive tissues. DJGPhD. 04JAN24.AB

Post Holiday EtOH Lectures. Volume One. Dr. Daniel J. Guerra. 01Jan2024. Authentic Biochemistry

BioMedical Portrait VIII.c.5 Leukotrienes. Lipoxygenase isoform mediated control over resident tissue macrophage speciation.Dr Daniel J. Guerra. 01Jan2024. Authentic Biochemistry Podcast

BioMedical Portrait VIII. c.4 A deft-handed apprehension of chirality to facillitate reasoned appreciation of leukotriene molecular heterogeneity.DJGPhD. 30.12.23. Authentic Biochemistry.

BioMedical Portrait VIII.c.3. Leukotriene molecular speciation involves subcellular re-distribution of modifying enzymes and adaptor proteins associating with ER and Nuclear membranes.DJGPhD.28.12.23

BioMedical Portrait VIII.c.2 Leukotrienes: regio-associated oxygenation patterns of lipoxins and peptido-LTC's distrubute among pro-inflammatory states . DJGPhD. 27.12.23. Authentic Biochemistry

BioMedical Portrait VIII. c.1 Leukotrienes: an Introduction. Dr Daniel J. Guerra. 26.12.23 Authentic Biochemistry Podcast.

Christmas Eve Special:Research science relies on the means by which it is apprehended thus continuously challenged and improved with the goal of finding truths about nature in perpetuity.DJGPhD

Dyslipidaemia Coda IV. Antinomies and paralogisms in discerning apoplipoprotein contribution to HTG vs.CAD. DJGPhD.21.12.23.Authentic Biochemistry.

Dyslipiaemia Coda III. The proposed use of apolipoprotein serum concentration and hyperTAG may require a deeper analysis at the transcriptomic and proteomic levels. DJGPhD.20.12.23 Authentic Biochem.

DYSLIPIDAEMIA CODA II. Hypertriacylglycerolaemia is linked to mutations in LPL and various apolipoproteins linking CAD to TAG. 18.12.23. DJGPhD.Authentic Biochemistry

BioMedical Portrait VII. C.7. Lipoprotein biosynthesis and apolipoprotein structure. DJGPhD. 16.12/23. Authentic Biochemistry

BioMedical Portrait VII.c.6 Lipoprotein Lipase regulation performs a critical role in lipid homeostasis as evidenced by chylomicron clearance resistance in obese dyslipidaemic adolescents and adults.

BPVII.c.5 Diminished circ.LPL and adiponectin in obese adolescents correlates with higher dyslipidaemic T2D, MetSynD, and insulin resistance via inflammation-triggering lipoprotein non-clearance.

BioMedical Portrait VII. C.4 Chylomicron associated endothelial luminal LPL differential interaction with ANGTPL isoforms reults in unique TRL disposition. DJGPhD.10Dec23

BioMedical Portarit VII. c.3. Introduction to chylomicron apoB48 and the angiopoietin-like LPL inhibitor contributions to circulating TAG. DJGPhD.9DEC23. authentic Biochemistry

BioMed Portrait VII. c.2 Lipoprotein lipase mediated TAG delivery and adolescent obesity. DJGPhD.6Dec23. Authentic Biochemistry

BioMedical Portrait VII. Lipoprotein Lipase Pathobiochemistry. Prolegomena. DJGPhD. 5Dec23 Authentic Biochemistry

Bio Med Portrait. c.16. NK cells promote the inflammatory court in NAFLD via mutations in lipid metabolism and excessive GK mediated glycolysis and lipogenesis in hepatocytes DJGPhD.3Dec23b

BioMed Portrait VI.C.15 Characterization of four lipid and glucose metabolic polypeptides linked to obesity/T2D and NASH-->HCC.DJGPhD.3Dec23.Authentic Biochemistry Podcast

BioMedical PortraitVI.C.14.Liver NK cell chemokine recruitment and the significant role of obesity in possible immunotoxicity in HCC ontogeny.DJGPhD.30.11.23

BioMedical PortraitVI.c.13. Senescense and the aging of cells within systems apprehends the event ontologies of the stress phenomena-immune surveillance axis.DJGPhD.29.11.23. Authentic Biochemistry.

BioMedical Portrait VI. c.12. Obesity and viral infection-associated NK malfunction may lead to NASH and subsequent HCC. DJGPhD.28.11.23. Authentic Biochemistry

BioMedical Portrait VI. c.11 NK cell involvement in HepatoCellular Carcinoma. DJGPhD. 26.11.23. Authentic Biochemistry

"The Universe by Negation" DJGPhD.23.11.23

BioMedical Portrait VI.c.10.Alterations in the cytotoxic immune response can be dissociated from inflammation via intermediary metabolic mutation.DJGPhD.22.11.23. Authentic Biochemistry Pootdcast.

BioMedical PortraitVI.c.9 HLH mutations obtain complex NKvs.CD8+ T cell alterations in cytototoxicity and proliferation.DJGPhD.21.11.23 Authentic Biochemistry.

BioMedical Portrait VI.c.8.The cytotoxicity of the NK cell Is a function of its bioenergetics. Glycolysis/OXPHOS vs. FAO/OXPHOS during activation/proliferation

BioMedical PortraitVI.C.7 IEI/IEM pathobiochemistry involves bioenergetics, transcriptional , translational, and post-translational modification sequalae.DJGPhD.19.11.23 Authentic Biochemistry.

BioMedical Portrait VI c.6.Hemophagocytic lymphohistiocytosis ACAD9/Rab27A/+/- FBase1 mutations linked to NK and CTL immunodeficiences.DJGPhD. 16/11/23. Authentic Biochemistry.

BioMed Portrait VIc.5. NK cell Inborn Error Of Immunity links to failed fatty acyl CoA dehydrogenase-obtained immunodeficiency.DJGPhD. 15.11.23. Authentic Biochemistry

BioMedical Portrait VI.c4. Tumor and DC antigen VAX directed melanoma therapy reveals CD8+CTL and NK cell surface population dynamics.DJGPhG.14.11.23. Authentic Biochemistry.

BioMedical PortraitVIc.3. NK cell phenotypic variation is tighly regulated to facillitate unique immune sequalae including tumor ablation, pathogen elimination and autoimmunity.13.11.23.DJGPhD

BioMedical ortrait VI. Development of a dendritic cell antigen presenting melanoma kinase derived vax targeting NK cells to ablate malignancy.DJGPhD.11NOV23

BioMedical Potrait VI. Natural Killer Cells: opening remarks. DJGPhD.9NOV23. Authentic Biochemistry

BioMedical Portrait V. Coda c.13 Small molecule pyrazolo-oxazepine derivitive mediated PFK-1 activation depletes NADPH dependent neutrophil oxidative burst. DJGPhD.07NOV23. Authentic Biochemistry

BioMedical Portrait V.c.12. Is there a compositional-sequential event ontology linking "moonlighting"c-Fos with NOX2 PX domain PIP3 binding?DJGPhD. 6NOV23

BioMedical Portrait V.c.11 The Phosphoglycerolipid metabolome that orchestrates membrane topology and surface chemistry that supports necessary protein association for neutrophil immunoresponses.

BioMedical Portrait V.c.10. Phosphphatidyl inositols and phagosmal genesis in activated neutrophils upon pathogen infection.

BioMedical PortraitV.c9. Both glycolytic and OPP regulation combine complex allosteric and amphibolic sequalae that may converge on an immune- hyperinflammatory state. DJGPhD.2NOV23.

BioMedical Portrait V.c8. NOX2 subunitorganization, oxygen availability and phase I discussion of glycolytic allosteric control.DJGPhD.01Nov23