Abstract: The present disclosure relates to an intracranial guide for use in a medical procedure, such as to evacuate a subdural hematoma or to relieve an intracerebral hemorrhage. The intracranial guide generally includes a guide cannula to be received within a portion of a cranial port. The cranial port is configured to be anchored in a burr hole to be formed in the patient's cranium. The guide cannula includes at least one channel that may be used to guide a catheter to a targeted portion of the patient's anatomy or to apply a suction force within the patient's cranium.

Abstract: The present disclosure relates to an intracranial guide for use in a medical procedure, such as to evacuate a subdural hematoma or to relieve an intracerebral hemorrhage. The intracranial guide generally includes a guide cannula to be received within a portion of a cranial port. The cranial port is configured to be anchored in a burr hole to be formed in the patient's cranium. The guide cannula includes at least one channel that may be used to guide a catheter to a targeted portion of the patient's anatomy or to apply a suction force within the patient's cranium.

Abstract: The invention relates generally to surgical systems and methods. More specifically, the invention relates to a surgical system and related methods for use in training in order to assist with the development and refinement of surgical skills. In particular, the invention relates to providing a microsurgical training system with interchangeable training modules for strengthening specific surgical skills, such as for improving dexterity while working under a microscope using surgical tools, and for learning and practicing surgical skills, such as developing skills for repairing blood vessels by improving suturing time and quality of suturing.