Abstract: The disclosure herein are materials and methods for the treatment of snake bite. Aspects of the disclosure includes pharmaceutical compositions, and kits, both of which may be of use in the treatment of snake bite.

Abstract: The disclosure herein are materials and methods for the treatment of snake bite. Aspects of the disclosure includes pharmaceutical compositions, and kits, both of which may be of use in the treatment of snake bite.

Abstract: A computer system is configured to present an individual having Alzheimer's disease or other form of dementia by stimulating the individual's brain using one or both of sensory stimulation and an electrical current. The individual's brain may be stimulated while the individual is awake, or asleep. In situations where the individual is asleep, the computer system may also determine the individual's sleep-stage. Stimulating the individual's brain induces gamma frequency activity in the individual's brain. The gamma frequency activity is captured and used to provide real-time feedback in a loop to the user regarding their brain's oscillatory activity to enhance the entrainment of the gamma frequency by the sensory stimulation and/or the electrical current.

Abstract: A multimodal neuro-feedback system utilizes a feedback loop that includes a combination of electroencephalography (EEG) based neuro-feedback, motion-based feedback, and a measurement of a user's performance at performing a go-no/go task as a protocol for attention-training therapy. Measurements of a user's brain activity, body movements, and cognitive performance are collected while the user interacts with a application program. The measurements are then processed and fed back into the application program in a feedback loop to control the execution and output of the application program. In turn, the user's observation of the output influences the user's interactions with the application program, and thus, subsequent measurements of the user's brain activity, body movements, and cognitive performance. Over time, the use of the feedback loop to control the application program improves the user's cognitive functioning and may be used to treat psychological or behavioral disorders.