Davide Bongiorni Fisioterapista

21/06/2026

1 Central sulcus
2 Post central gyrus
3 Post central sulcus
4 Superior parietal lobule
5 Parieto-occipital sulcus
6 Inferior parietal lobule
7 Intrapparietal gyrus
8 Angular gyrus
9 Supramarginal gyrus
10 Lateral sulcus (Sylvian fissure), posterior ramus
11 Occipital gyrus
12 Semi lunar sulcus
13 Anterior occipital sulcus
14 Occipital sulcus
15 Pre-occipital incisura
16 Cerebellar hemisphere
17 Precentral gyrus
18 Precentral sulcus
19 Superior frontal sulcus
20 Superior frontal gyrus
21 Middle frontal gyrus
22 Inferior frontal sulcus
23 Opercular part
24 Triangular part
25 Orbital part
26 Ascending ramus, laterial sulcus
27 Anterior ramus, lateral sulcus
28 Orbital sulcus
29 Orbital gyrus
30 Olfactory bulb
31 Olfactory tract
32 Lateral sulcus (Sylvian fissure)
33 Superior temporal gyrus
34 Superior temporal sulcus
35 Medial temporal gyrus
36 Inferior temporal sulcus
37 Inferior temporal gyrus
38 Pons
39 Flocculus
40 Medulla

19/06/2026

Corticospinal and Extrapyramidal Motor Systems: The Pathways of Movement

This diagram illustrates the major components of the corticospinal (pyramidal) and extrapyramidal motor systems, which work together to coordinate voluntary movement, posture, muscle tone, and motor control. The corticospinal tract originates in the motor cortex and descends through the internal capsule, brainstem, and medullary pyramids to execute precise voluntary movements. In contrast, the extrapyramidal system involves interconnected structures such as the basal ganglia, substantia nigra, red nucleus, thalamus, and reticular formation, which modulate movement patterns, maintain posture, and ensure smooth motor ex*****on.

Disruption of these pathways can lead to characteristic neurological disorders. Damage to the corticospinal tract may result in weakness, spasticity, and loss of fine motor control, while abnormalities within the extrapyramidal system are associated with movement disorders such as Parkinson’s disease, characterized by tremor, rigidity, bradykinesia, and postural instability.

Understanding the relationship between these motor systems is fundamental for clinicians, neuroscientists, and medical students studying motor function and neurological disease.

[Corticospinal tract, pyramidal system, extrapyramidal system, motor pathways, basal ganglia, Parkinson disease, substantia nigra, red nucleus, internal capsule, brainstem anatomy, neurology education, motor control, neuroanatomy diagram, movement disorders, medical learning, neuroscience, clinical anatomy, neurological pathways, Medico Plasma, medical education content.]

16/06/2026

L’intervento ha visto l’asportazione di una voluminosa e rara neoplasia che si stava sviluppando nella cassa toracica. I chirurghi dell’ospedale “Parini” hanno dovuto recidere completamente il quarto, quinto e sesto arco costale destro e ricostruire la parete inserendo una protesi in titanio fatta su misura.

🔗 Leggi l’articolo completo su AostaSera.it. Link in bio

15/05/2026

How does the pituitary gland control many functions in the body? 🧠

The pituitary gland is often called the master gland because it releases hormones that regulate many other endocrine glands and body processes. Located at the base of the brain, it helps control growth, metabolism, reproduction, stress response, and water balance. Working closely with the hypothalamus, the pituitary gland plays a central role in maintaining hormonal coordination and overall body homeostasis.

14/05/2026