Mitochondrial Biochemistry Lab

The research interests mainly rely on mitochondrial biochemistry and bioenergetics. In particular, MBLab studies the mitochondrial F1FO-ATPase modulation.

[Mitochondrial Biochemistry Lab @bioc_lab]

Now online!
A Biphasic Mitochondrial Damage-Management System: The Mitochondrial Derived Vescicles as Yin and Yang
https://t.co/hGCdvsUMpn

[Mitochondrial Biochemistry Lab @bioc_lab]

Now online!
Mitochondrial dysfunction in cerebrovascular diseases
*Trends in Molecular Medicine* https://t.co/oHy9ubsX7Q

[Mitochondrial Biochemistry Lab @bioc_lab]

Now online
Mitochondrial Dysfunction in the Inflammatory Process of Neurodegenerative Diseases https://t.co/vsxOPEyNox #mdpibiomedicines via @Biomed_MDPI

[Mitochondrial Biochemistry Lab @bioc_lab]

Our latest work is now online in Redox Biology!
Mitochondrial permeability transition pore desensitization by a novel dispiranic derivative prevents cardiac reperfusion injury.

https://t.co/MI48wiAiIT

[Mitochondrial Biochemistry Lab @bioc_lab]

Now online!
Metabolic Comparison of Mature and Immature Bovine Cumulus–Oocyte Complexes with Standardization of Bioenergetic Assessment https://t.co/Y5o6m68GpS #mdpibiomolecules via @Biomol_MDPI

[Mitochondrial Biochemistry Lab @bioc_lab]

Now online!
Substitution of Mg2+ cofactor with Ca2+ disrupts positive cooperativity in F1FO-ATP(hydrol)ase catalysis

https://t.co/C7qXZYX2Yo

[Mitochondrial Biochemistry Lab @bioc_lab]

Dextromethorphan Is a Novel Pharmacological Inhibitor of F1FO-ATPase That Targets the Membrane-Embedded Domain Impairing ATP Synthesis and Hydrolysis

https://t.co/rRSKRP4qD0

[Mitochondrial Biochemistry Lab @bioc_lab]

Mitochondrial Permeability Transition Pore: The Cardiovascular Disease’s Molecular Achilles Heel https://t.co/gH0RLjVAAl #mdpibiomedicines via @Biomed_MDPI

[Mitochondrial Biochemistry Lab @bioc_lab]

https://t.co/Y9X57WGXnz

[Mitochondrial Biochemistry Lab @bioc_lab]

New online! Mitochondrial Signalling and Impairment in Inflammation: Mechanism of Action on Cellular Homeostasis and Pathogenesis

https://t.co/5z6YA6ReZa

[Mitochondrial Biochemistry Lab @bioc_lab]

"Mitochondrial Signalling and Impairment in Inflammation: Mechanism of Action on Cellular Homeostasis and Pathogenesis"
now launched on Journal of Translational Medicine

https://t.co/verMXpmz3y

[Mitochondrial Biochemistry Lab @bioc_lab]

Our paper is now online on Biofactors!

The Function and Supramolecular Assembly of the Mitochondrial Respiratory Complexes Underlie Hypertension-Related Stroke Susceptibility in a Model of Complex Human Disease
https://t.co/B73KJI6T4c

[Mitochondrial Biochemistry Lab @bioc_lab]

The acute effect of glyphosate on heart mitochondria does not impair the bioenergetics https://t.co/rX8LIgjVng

[Mitochondrial Biochemistry Lab @bioc_lab]

Primary immunodeficiency diseases, inflammation and mitochondrial dysfunction

https://t.co/iRw6pw54l9

[Mitochondrial Biochemistry Lab @bioc_lab]

My paper, on an outstanding hot topic, is now out!

https://t.co/cwubboopnl

[Cristina @CristinaAlgieri]

✨An unforgettable experience at the Joint Meeting of the SIB “Nutrition and Environment” and “Membrane” Groups!
I’m truly honored to have received an award recognizing the scientific quality of my research. This is a great motivation to keep pursuing my work with determination!

[Mitochondrial Biochemistry Lab @bioc_lab]

New! Online now: Melatonin rescues cell respiration impaired by hypoxia/reoxygenation in aortic endothelial cells and affects the mitochondrial bioenergetics targeting the F1FO-ATPase

https://t.co/yrhNpwXiKA

[Mitochondrial Biochemistry Lab @bioc_lab]

My article "Inside-out submitochondrial particles affect the mitochondrial permeability transition pore opening under conditions of mitochondrial dysfunction" is now available online
https://t.co/8Jk6uJEBpO

[Mitochondrial Biochemistry Lab @bioc_lab]

Analysis of stallion spermatozoa metabolism using Agilent Seahorse XFp Technology
https://t.co/Nzxvr5AhKf

[Mitochondrial Biochemistry Lab @bioc_lab]

A comparative study of bioenergetic metabolism on mammary epithelial cells from humans and Göttingen Minipigs
https://t.co/pjGueTnk8s