Télécharger l'APK compatible pour PC
Télécharger pour Android | Développeur | Rating | Score | Version actuelle | Classement des adultes |
---|---|---|---|---|---|
↓ Télécharger pour Android | UpSurgeOn | 1.3 | 17+ |
Rechercher des applications PC compatibles ou des alternatives
Logiciel | Télécharger | Rating | Développeur |
---|---|---|---|
Neurosimulator Vol.I | Obtenez l'app PC | /5 la revue |
UpSurgeOn |
En 4 étapes, je vais vous montrer comment télécharger et installer Neurosimulator Vol.I sur votre ordinateur :
Un émulateur imite/émule un appareil Android sur votre PC Windows, ce qui facilite l'installation d'applications Android sur votre ordinateur. Pour commencer, vous pouvez choisir l'un des émulateurs populaires ci-dessous:
Windowsapp.fr recommande Bluestacks - un émulateur très populaire avec des tutoriels d'aide en ligneSi Bluestacks.exe ou Nox.exe a été téléchargé avec succès, accédez au dossier "Téléchargements" sur votre ordinateur ou n'importe où l'ordinateur stocke les fichiers téléchargés.
Lorsque l'émulateur est installé, ouvrez l'application et saisissez Neurosimulator Vol.I dans la barre de recherche ; puis appuyez sur rechercher. Vous verrez facilement l'application que vous venez de rechercher. Clique dessus. Il affichera Neurosimulator Vol.I dans votre logiciel émulateur. Appuyez sur le bouton "installer" et l'application commencera à s'installer.
Neurosimulator Vol.I Sur iTunes
Télécharger | Développeur | Rating | Score | Version actuelle | Classement des adultes |
---|---|---|---|---|---|
14,99 € Sur iTunes | UpSurgeOn | 1.3 | 17+ |
After a 3D real time simulation of the surgical approach, you can experience an interactive microsurgical exploration by using a virtual microscope and deforming the brain tissue in order to access the selected ROI. In the next steps, the system leads you to select a suitable craniotomy from a list of 9 frontal/temporal approaches, and matches these two variables to calculate the best patient positioning for that specific approach. Neurosimulator revolutionizes the neurosurgical training allowing to simulate a preoperative decision-making and a realistic intracranial exploration on a virtual patient. The UpSurgeOn Team, made by neurosurgeons and digital artists, uses the most powerful 3D technology and a strong 3D modeling process to reproduce an interactive surgical field. Each mode is organized into specific steps reproducing a realistic neurosurgical simulation of step-by-step decision-making to perform frontal and temporal craniotomies. Craniotomy is a 4-step procedure which considers specifically the surgical approaches and the patient positioning. - Full overview of 15 ROI (Region Of Interest) from a complete head MRI and an interactive 3D model of the patient head. ROI mode is a 6-step simulation setup that begins with the selection of a ROI (Region Of Interest) from a list of 15 ROIs. - Patient head positioning (rotation, flexion-extension, lateral tilt). It offers an impactful 3D educational experience of cognitive neurosurgical training characterized by full interactivity, high realism and impressive accuracy. AppSurgeOn - Neurosimulator Vol.I is organized into two simulation modes: ROI mode and Craniotomy mode. This innovative process is designed to empower the understanding of the microsurgical perspectives and the surgical ergonomics. - Wide texts concerning indications, techniques, landmarks, red flags and surgical notes from scientific literature. - Fixation of the patient head with the Mayfield Head Holder. - Intracranial exploration through a surgical microscope. AppSurgeOn - Neurosimulator Vol.I is the first 3D neurosurgical simulator for mobile. The contents of the simulations were produced through a novel process of “scientific 3D modeling”, created by UpSurgeOn. This first volume is focused on basic frontal and temporal approaches. - Selection of a correct patient position on the operating table. The UpSurgeOn Team is made by neurosurgeons that are engaged with clinical practice every day. - 3D animations of 9 frontal/temporal approaches, from skin incision to dura opening. It consists of a systematic 3D reproduction of human neuroanatomy validated through a continue intraoperative validation. - HD button for high resolution textures and anti-aliasing (for wide screen projection). - Fully 3D interactivity (rotation, zoom and pan). - Angiography-like visualization of vascular ROIs.