Abstract: Formulations and methods for protecting cell layers and tissues exposed to trauma are disclosed. Different molecular mass fractions of the same polymer can be used to better control the physical and chemical properties of the formulation. In this manner the benefits of both fractions, and not just the benefits of the average of the fractions, can be seen in the formulation.

Abstract: Formulations and methods for protecting cell layers and tissues exposed to trauma are disclosed. Different molecular mass fractions of the same polymer can be used to better control the physical and chemical properties of the formulation. In this manner the benefits of both fractions, and not just the benefits of the average of the fractions, can be seen in the formulation.

Abstract: An eye fluid applicator comprising a) a hand grip part having a distal end and a proximal end, the distal end and the proximal end defining a axis therebetween and a distal direction and a proximal direction along said axis, b) a container, or a seat for a container, having a bottle part and a delivery orifice for delivery of a stream or drops, the orifice defining a fluid delivery axis and a fluid delivery direction, along said axis, from the bottle through the orifice, the container being arranged with its orifice closer to the proximal end than the distal end, and c) an eye cup part having a rim and a cavity, the rim defining a contact plane, a contact axis normal to said contact plane and a contact direction, along said contact axis, from the cavity towards the rim, the eye cup being arranged at the orifice and the proximal direction of the hand grip and the contact direction of the eye cup forming an acute angle therebetween.

Abstract: An eye fluid applicator comprising a) a hand grip part having a distal end and a proximal end, the distal end and the proximal end defining a axis therebetween and a distal direction and a proximal direction along said axis, b) a container, or a seat for a container, having a bottle part and a delivery orifice for delivery of a stream or drops, the orifice defining a fluid delivery axis and a fluid delivery direction, along said axis, from the bottle through the orifice, the container being arranged with its orifice closer to the proximal end than the distal end, and c) an eye cup part having a rim and a cavity, the rim defining a contact plane, a contact axis normal to said contact plane and a contact direction, along said contact axis, from the cavity towards the rim, the eye cup being arranged at the orifice and the proximal direction of the hand grip and the contact direction of the eye cup forming an acute angle therebetween.

Abstract: An eye fluid applicator. A hand grip part has a distal end and a proximal end. The distal end and the proximal end define an axis therebetween, a distal direction, and a proximal direction along the axis. A container includes a bottle part and a delivery orifice for delivery of a stream or drops. The orifice defines a fluid delivery axis and a fluid delivery direction from the bottle through the orifice along the fluid delivery axis. The container orifice is arranged closer to the proximal end of the container than the distal end. An eye cup part has a rim and a cavity. The rim defines a contact plane, a contact axis normal to the contact plane, and a contact direction along the contact axis from the cavity toward the rim. The eye cup is arranged at the orifice. The proximal direction of the hand grip and the contact direction of the eye cup form an acute angle therebetween.