kinetic energy recovery

patch-clamped human red cells

Patch-Clamp

Alessandro Formenti

An in-vitro fragment from a dorsal root ganglion with a strong neurite outgrowth (unpublished)

Simple mechanisms
of learning
in vitro

Research Topics

R&D

Other Scientific Interests

Ca-channel modulation

Changes in K+ and Ca2+ in the cerebrospinal fluid alter the rhythmic thalamo-cortical electrogenesis

Simple mechanisms of learning in vitro

Maturation of new neurons from adult neural stem cells

Modulation of voltage-dependent Ca-channels

Divalent cations on seal formation

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Voltage-dependent nonselective cation current in human red blood cells

Micro- and nano-pipettesapplications

Fast switch perfusion system

Voltage-dependent artificialmicro-channels

Is the perception of beauty a common trait of humans and animals?

MATEO

FlashPoM Industrial development and technology transfer of prototype microdevices for SMEs in the analytical chemistry and biomedical markets

A contribution to sustainable mobility: a device for the recovery of kinetic energy from braking or shock-absorber in a human-powered vehicle

Alessandro Formenti M.D. Ph.D.

Senior Researcher

Aggregate Professor
of Neurobiology and Human Physiology