Abstract: Provided herein are compositions and methods for treating, preventing, and reversing malnutrition. In particular, provided herein are compositions and methods for facilitating cognitive repair and preventing obesity (e.g. in children).

Abstract: Provided herein are compositions and methods for treating, preventing, and reversing malnutrition. In particular, provided herein are compositions and methods for facilitating cognitive repair and preventing obesity (e.g. in children).

Abstract: Provided herein are compositions and methods for treating, preventing, and reversing malnutrition. In particular, provided herein are compositions and methods for facilitating cognitive repair and preventing obesity (e.g. in children).

Abstract: The present disclosure features novel methods and systems of using a computer system to facilitate improvement of a weight management intervention. In one embodiment, a method of improving a weight management intervention comprises receiving, by an analysis agent executing on a processor, a daily weight measurement of a patient enrolled in the weight management intervention. A short term period of adherence or non-adherence to the weight management intervention is detected based on the daily weight measurement and at least one previous daily weight measurement. A cause of the short term period of non-adherence is identified. Based on the cause, the weight management intervention can be modified in response. Short-term detection and response to adherence and non-adherence is extremely useful in promoting greater adherence to a weight management intervention, and through greater adherence leading to greater weight loss, lower drop out, greater sustainability of weight loss and greater participant satisfaction.

Abstract: An orange juice beverage composition comprising orange juice and an added multivitamin and mineral component. The orange juice composition of the invention provides a delicious and refreshing way to give the body important vitamins and minerals for good health.

Abstract: A closed fluidic sampling system. The system includes a first port for receiving a sample of fluid and a sampling chamber in fluid communication with the first port. A a one-way valve allows fluid to flow from the first port towards the sampling chamber while preventing backflow of fluid towards the first port. A second port in fluid communication with the sampling chamber enables fluid to be withdrawn from the sampling chamber. The fluid may be a blood component, such as platelets, plasma, whole blood, or red blood cells.

Abstract: A closed fluidic sampling system. The system includes a first port for receiving a sample of fluid and a sampling chamber in fluid communication with the first port. A a one-way valve allows fluid to flow from the first port towards the sampling chamber while preventing backflow of fluid towards the first port. A second port in fluid communication with the sampling chamber enables fluid to be withdrawn from the sampling chamber. The fluid may be a blood component, such as platelets, plasma, whole blood, or red blood cells.