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ImmunoEpigenetics 51. The Glutamine contribution to tumor bioenergetics and lipogenesis and the role of storage TAG in macrophage pro-inflammation. DJGPhD. 29.3.23

30/03/2023 Duração: 27min

References Nature Communications 2020.volume 11, Article number: 4107. Nutrire 2016. volume 41, Article number: 14 --- 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

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ImmunoEpigenetics 51. The Glutamine contribution to tumor bioenergetics and lipogenesis and the role of storage TAG in macrophage pro-inflammation. DJGPhD. 29.3.23

ImmunoEpigenetics 50. Malic Enzyme serves as a cytosolic circuit to generate pyruvate from glutamine to drive cancer cell division by altering TCA flux and indirectly, cell cycle progression.DJGPhD

ImmunoEpigenetics49.SiRNA knockdown of ME1 increases Haeme Oxygenase activity in both glucose supplemented and deprived cancer cells. The Pseudoparadox of epigenetic control over metabolism. DJGPhD

ImmunoEpigenetics48. Importance of malic enzyme isoform subcellular distribution using 13CNMR -U13C C6 glucose isotopomer detection of pathway intermediates:GSIS vs. cancer.DJGPhD.21.3.23

Immunoepigenetics 47. Intermediary metabolism re-enters the discussion on tumor corruption of cell division via diversion of glucose to NADPH production.DJGPhD

ImmunoEpigenetics 46.The Keap1/Nrf2/MAF axis in colorectal cancer: Methylation specific promoter mediated expression of anti-oxidant genes unveiling a complex role in tumorigenesis.DJGPhD.15.3.23

ImmunoEpigenetics 45. Innate immune cell nSMASE generates ceramide mediated TLR signalling epigenetic alterations resulting in COX-2 electrophile PG- Michael adduct removal of KEAP/Nrf2 association.

ImmunoEpigenetics 44. Ceramide and NRF2 mediate oxygen stress and the pro-inflammatory cytokine respose via association with chromatin epigenetic retailoring. DJGPhD.8March23. Authentic Biochemistry.

ImmunoEpigenetics XXXXIII. In silico analysis of Rheumatoid Arthritis methylation patterns fails to obtain a general rule for epigenetic regulation of gene expression.DJGPhD07March23. ABPe

ImmunoEpigenetics XXXXII. T-ALL Homeobox A gene alteration of MEF2C expressional variation linked to T-cell differentiation blockade as regulated by CaMK and HDAC4/HDAC5. DJGPhD. 05March23.

ImmunoEpigenetics XXXXI. From Programmed Cell Death to Homeobox gene clusters, T-ALL leukaemias involve epigenetic events. DJGPhD.05March23. Authentic Biochemistry Podcast

ImmunoEpigenetics XXXX. Transcription factor complex permutaions combine with histone acetylomic and methylomic covalent mofications in T -ALL disease. DJGPhD. 04 March 2023. Authentic Biochemistry.

ImmunoEpigenetics XXXIX. T cell acute lymphoblastic leukaemia genetics and epigenetics: the role of chromatin retailoring via histone LYS acetylation/deacetylation event ontology. DJGPhD.3March23

ImmunoEpigenetics XXXVIII. Tcell receptor activation and the PIP3/AKT/mTORCI/mTORCII control over cytokine expression:a primer. DJGPhD.2March2023.Authentic Biochemistry Podcast.

ImmunoEpigenetics XXXVII. Differential substrates for the Adenylate Cyclase-PKA phosphorylation cascade distributes assymetric inflammatory, hormonal and metabolic sequalae. DJGPhD.01March23.

ImmunoEpigeneticsXXXVI. Tumor-specific methylation respondent transcription of Adenylate Cyclase 2 may be linked to differential cytokine expression controlling T cell activation. DJGPhD.01March23.

Immunoepigenetics XXXIV. Methylation signatures in neoplasias1. DJGPhD. Authentic Biochemistry Podcast Productions. 26.2.23

ImmunoEpigenetics XXXIII. Crisper CAS , small molecule,and LOXP-CRE targeting of SDH/ComplexII decrease Th1 cytokine production: Standard Oxidation Potentials and TCA anapleurotic involvement.DJGPhD.

ImmunoEpigeneticsXXXII. Apriori synthesis of the glycolytic/TCA/ETC axis mediating target and endogenous apoptotic control with Th and NK cell activation/proliferation and effector function. DJGPhD.

ImmunoEpigenetics XXXI. The role of SDH on Complex II electron flow to ubiquinone subsequent to cardiac arrest is associated neuronal PCD similar to Tcell bioenergetic switching during activation.

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