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Authentic Biochemistry - Podcast

Authentic Biochemistry

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You have wisely landed upon Authentic Biochemistry, with Dr. Daniel J Guerra, where published biochemical, physiological, genetic and immunological research along with biomedical and pharmaceutical science are interrogated.

Natural Sciences Science
Update frequency
every day
Average duration
37 minutes
Episodes
998
Years Active
2019 - 2025
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Natural Killer cells and the epigenomics of gene expression: implications for the aging -senescent human. DJGPhD. 26 .9.21. Authentic Biochemistry

Natural Killer cells and the epigenomics of gene expression: implications for the aging -senescent human. DJGPhD. 26 .9.21. Authentic Biochemistry

Dr. Guerra continues a dialectical accounting of the biochemical and cellular events leading to the terminal outcome of aging.

Topic today is the reintroduction of Natural Killer Cells and the epigen…

00:29:34  |   Sun 26 Sep 2021
REDOX Biochemistry Primer . DJGPhD Authentic Biochemistry . 24.9.21

REDOX Biochemistry Primer . DJGPhD Authentic Biochemistry . 24.9.21

Oxidases, dehydrogenases and oxygenases in the electron transport chain et al.

00:28:37  |   Fri 24 Sep 2021
Video Lecture Announcement. Please Listen to this audio! Grazie, Dr. Daniel J. Guerra 22.9.21

Video Lecture Announcement. Please Listen to this audio! Grazie, Dr. Daniel J. Guerra 22.9.21

This is the link to my new (second in the series) of synoptic Human Aging YouTube lectures.

https://youtu.be/IckyMGw8Ffs

Please subscribe to both my podcast and YouTube channels!

And please contribut…

00:05:13  |   Thu 23 Sep 2021
The Interferon I role in autoimmune disease and the corruption of mechanisms that lead to age-related morbidity and mortality.DJGPhD. 22.9.21

The Interferon I role in autoimmune disease and the corruption of mechanisms that lead to age-related morbidity and mortality.DJGPhD. 22.9.21

Interferons are innate immune agents of inflammation and recovery. Mutations or epigenetic modifications associated with advanced aging may corrupt interferon pathway  fidelity involving mitophagy le…

00:30:01  |   Wed 22 Sep 2021
The Aging Immune Response and Cellular Differentiation are characterized by Apoptosis vs. Necroptosis Mechanisms. DJGPhD. 20.9.21.Authentic Biochemistry Productions.

The Aging Immune Response and Cellular Differentiation are characterized by Apoptosis vs. Necroptosis Mechanisms. DJGPhD. 20.9.21.Authentic Biochemistry Productions.

A general audio lecture involving a molecular interactome mediating  the  innate immune response and the control over T and B lymphocyte memory cells resulting in long term potentiation of autoimmune…

00:30:00  |   Mon 20 Sep 2021
Semaphorin works through mToR and thus the abl and AKT kinases in Macrophage reverse switching from lipogenesis to fatty acid oxidation. DJGPhD 18.9.21.

Semaphorin works through mToR and thus the abl and AKT kinases in Macrophage reverse switching from lipogenesis to fatty acid oxidation. DJGPhD 18.9.21.

I discuss the complex  but potent interactions of TLR signaling with plasma membrane protein complexes including  semaphorin cytoplasmic kinase interactions leading to PPAR gamma transcription that f…

00:29:50  |   Sun 19 Sep 2021
Macrophage and T lymphocyte Inclusion to the Aging Human Pathobiochemical Phenotype. DJGPhD.Authentic Biochemistry 18.9.21

Macrophage and T lymphocyte Inclusion to the Aging Human Pathobiochemical Phenotype. DJGPhD.Authentic Biochemistry 18.9.21

Macrophage polarization and differentiation works in conjunction with CD4+ T lymphocyte differentiation into Th1 and Th2 subclasses and both NK and B cell activities. The aging human loses feedback c…

00:29:51  |   Sat 18 Sep 2021
Membrane Biochemistry Primer and Introduction to Aging. Dr. Daniel J. Guerra. Authentic Biochemistry Productions. 13.9.21

Membrane Biochemistry Primer and Introduction to Aging. Dr. Daniel J. Guerra. Authentic Biochemistry Productions. 13.9.21

Dr. Guerra introduces a primer on membrane biochemistry in preparation for a florid analysis of autophagy and the various forms of programmed cell death linked to the aging human.

References

Cell Dis…

00:29:54  |   Mon 13 Sep 2021
Summer Fades and Aging Advances through non-coding RNA's and the Immunological Axes. Dr Daniel J. Guerra. 9.9.2021 Authentic Biochemistry Productions.

Summer Fades and Aging Advances through non-coding RNA's and the Immunological Axes. Dr Daniel J. Guerra. 9.9.2021 Authentic Biochemistry Productions.

Non coding RNA may regulate melanogenesis and in combination with plasma cell producing IgG the nutritional regulation of satiety.

Aging results in alterations of this complex system thus resulting i…

00:29:50  |   Thu 09 Sep 2021
Hepatic Gluconeogenesis and Glycogen Metabolism: Canonical Allostery. Dr Dan Guerra. Authentic Biochemistry 07 Sept. 2021

Hepatic Gluconeogenesis and Glycogen Metabolism: Canonical Allostery. Dr Dan Guerra. Authentic Biochemistry 07 Sept. 2021

Components of metabolic sequence toward gluconeogenesis in the human liver.

00:29:57  |   Tue 07 Sep 2021
The hormonal and allosteric control over hepatic PFK2/FBPase2 via adenylate cyclase and Fructose 2,6 bis phosphate. DJGPhD.5Sept.2021. Authentic Biochemistry Productions.

The hormonal and allosteric control over hepatic PFK2/FBPase2 via adenylate cyclase and Fructose 2,6 bis phosphate. DJGPhD.5Sept.2021. Authentic Biochemistry Productions.

Dr. Guerra details the glucagon and epinephrine mediated control through Stimulatory G-protein couple adenylate cyclase activating PKA over Hepatic Glycolysis and Gluconeogenesis. 

00:30:00  |   Sun 05 Sep 2021
Glycerol 3-phosphate dehydrogenase mechanism and the finale of glycolysis. Authentic Biochemistry. Dr. Daniel J. Guerra 27.8.21

Glycerol 3-phosphate dehydrogenase mechanism and the finale of glycolysis. Authentic Biochemistry. Dr. Daniel J. Guerra 27.8.21

Utilization of a protein cysteine SH derived thioester intermediate alters the free energy hurdle for the synthesis of 1,3 bis PGA thus allowing for glycolytic ATP and NADH synthesis.

00:29:50  |   Fri 27 Aug 2021
Haemoglobin: Molecular Oxygen Binding Cooperativity and the role of 2,3 bis phosphoglyceric acid. DJGPhD 19.8.21

Haemoglobin: Molecular Oxygen Binding Cooperativity and the role of 2,3 bis phosphoglyceric acid. DJGPhD 19.8.21

The interaction of glycolysis and lactic acid transport from skeletal muscle to the liver plays a significant role in oxygen uptake, transport and release in association with pulmonary carbon dioxide…

00:29:44  |   Fri 20 Aug 2021
A Necessary Interruption in Amino Acid Catabolism: Haemoglobin and Oxygen Transport Lecture I. DJGPhD. 11 August 2021

A Necessary Interruption in Amino Acid Catabolism: Haemoglobin and Oxygen Transport Lecture I. DJGPhD. 11 August 2021

Any chronic decrease in the ability for molecular oxygen to bind to circulating Hb will diminish its availability in the Central Nervous System and Skeletal Muscle resulting in the potential for long…

00:29:34  |   Wed 11 Aug 2021
Amino Acid Catabolism (Continued): Neurotransmitter and S-adenosyl MET interconversions. DJGPhD 09 Aug 2021

Amino Acid Catabolism (Continued): Neurotransmitter and S-adenosyl MET interconversions. DJGPhD 09 Aug 2021

Classical Amino Acid Degradation Biochemistry : Emphasis on pathway interconversions and production of bioactive amines

00:24:52  |   Mon 09 Aug 2021
Main Frame Amino Acid Degradation Pathways and Skeletal Muscle Performance and Ammonia Toxicity.02.Aug.2021. DJGPhD. Authentic Biochemistry

Main Frame Amino Acid Degradation Pathways and Skeletal Muscle Performance and Ammonia Toxicity.02.Aug.2021. DJGPhD. Authentic Biochemistry

J Physiol. 2005 563:285-90

Eur J Appl Physiol(2011) 111:2837–2843


00:30:00  |   Mon 02 Aug 2021
The Glutamate Dehydrogenase Axis Further Reveals the Role of Ischaemic Oxygen Availability for Neural Transmission in the Aging Brain. DJGPhD 20.7.21.

The Glutamate Dehydrogenase Axis Further Reveals the Role of Ischaemic Oxygen Availability for Neural Transmission in the Aging Brain. DJGPhD 20.7.21.

Journal of Neurochemistry, Volume: 146, Issue: 4, Pages: 416-428, First published: 20 May 2018, DOI: (10.1111/jnc.14464

00:29:30  |   Tue 20 Jul 2021
The Glutamate Axis of Bioenergetics, Neurotransmission and Potential Contribution to the Aging Senescent Phenotype. DJGPhD 20.7.21

The Glutamate Axis of Bioenergetics, Neurotransmission and Potential Contribution to the Aging Senescent Phenotype. DJGPhD 20.7.21

Journal of Neurochemistry, Volume: 146, Issue: 4, Pages: 416-428, First published: 20 May 2018, DOI: (10.1111/jnc.14464)

Life Sci . 2019 Sep 1;232:116612


00:29:27  |   Tue 20 Jul 2021
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