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Cerebrum + Ginkgo Biloba 30 caps.

Cerebrum Forte Ampoules 20 un.

Cerebrum + Ginkgo Biloba Ampoules 20 un.

Cerebrum Forte 30 caps.

Cerebrum Advance 30 caps.

Cerebrum + Ginkgo Biloba Ampolas 30 un.

Cerebrum Forte Shot 8 un.

Cerebrum Kids 80 caps.

Cerebrum Energy Ampoules 30 un.

Cerebrum Forte Ampoules 30 un.

Cerebrum Student 30 caps.

Cerebrum Gold 50+ 30 caps.

Cerebrum Kids Gummies 60 gummies

Cerebrum Multivitamins and Minerals 30 pills

Cerebrum Gold 50+ Ampoules 30 un.

Cerebrum Gold 50+ Ampoules 20 un.

Cerebrum Mini Kids 200mL

The brain stem and cerebellum are structures that have fascinated and puzzled physicians, anatomists, and physio­ logists for centuries. Relatively small in volume compared to the much larger and more majestic human cerebrum, and hidden away in relative obscurity in the back of the head under the protection of the bony posterior fossa and the firm dural envelope, the tentorium cerebelli, these critical neural structures defied precise study during life until very recently. Recent advances in brain and vascular imaging and improved understanding of brain-stem reflex and tract functions and their measurement by electrophysiological techniques have presented an opportunity for clinicians and researchers to better study, during life, patients with stroke and other conditions that involve the brain stem and cere­ bellum. A congress was held at the Neurology Clinic of the University in Mainz, April 4-5, 1992, during which clinicians and researchers reported and discussed modern topical diagnosis of diseases of the brain stem and cere­ bellum. This volume represents the edited proceedings of that congress. Early information about brain stem anatomy and func­ tions came from anatomical studies by Ludwig Turk, Paul Flechsig, Rudolph von K6lliker, Karl Burdach, Vladimir Bekterew, and Benedikt Stilling, among others, all working in Germany during the middle years of the nineteenth century. Johann Reil, a German anatomist, in the begin­ ning of the nineteenth century had described the structure and some functions of the cerebellum which he called the little brain ("Kleinhirn").

In 1816, Mary Shelley created a monster on the shores of Lake Geneva. Two hundred years later and a mile and a half away on the other side of that same lake, a team of neuroscientists at Project Cerebrum create a perfect electronic replica of the human brain. This juxtaposition of two realities sets in motion a switchback ride between fiction and fact as the past intersects with the present. After the original Cerebrum director dies in a skiing accident, neurobiologist Hana Robinson receives a surprise invitation from the director’s successor to collaborate with him on a top-secret project to heal brain-damaged U.S. war veterans. Hana soon begins to suspect that their work is a cover for something more sinister. With the aid of her former lover, a journalist in Washington D.C., and the grieving widow of the deceased director, she eventually stumbles on a connection between what is going on at Cerebrum and what was really going on in Shelley’s masterpiece when she learns of the astounding secret the author had divulged on her deathbed. As Hana and her companions delve deeper into these two intertwined worlds and more people associated with Cerebrum die by apparent accident, their own lives are put in jeopardy when they finally discover what the person who is actually pulling the strings at Cerebrum has been planning all along.

The brain stem and cerebellum are structures that have fascinated and puzzled physicians, anatomists, and physio­ logists for centuries. Relatively small in volume compared to the much larger and more majestic human cerebrum, and hidden away in relative obscurity in the back of the head under the protection of the bony posterior fossa and the firm dural envelope, the tentorium cerebelli, these critical neural structures defied precise study during life until very recently. Recent advances in brain and vascular imaging and improved understanding of brain-stem reflex and tract functions and their measurement by electrophysiological techniques have presented an opportunity for clinicians and researchers to better study, during life, patients with stroke and other conditions that involve the brain stem and cere­ bellum. A congress was held at the Neurology Clinic of the University in Mainz, April 4-5, 1992, during which clinicians and researchers reported and discussed modern topical diagnosis of diseases of the brain stem and cere­ bellum. This volume represents the edited proceedings of that congress. Early information about brain stem anatomy and func­ tions came from anatomical studies by Ludwig Turk, Paul Flechsig, Rudolph von K6lliker, Karl Burdach, Vladimir Bekterew, and Benedikt Stilling, among others, all working in Germany during the middle years of the nineteenth century. Johann Reil, a German anatomist, in the begin­ ning of the nineteenth century had described the structure and some functions of the cerebellum which he called the little brain ("Kleinhirn").