Abstract: Provided is an automotive lamp assembly that can dynamically control the amount and direction of side radiation of light, as a vehicle travels along a curved road. The lamp assembly includes a projection lamp module including a light source, a reflecting mirror reflecting light emitted from the light source forward, and a lens refracting and condensing the forward reflected light; a rotative actuator rotating the module about a predetermined driving axis; and an additional reflecting mirror rotating with the module and reflecting light intercepted by a shield to make the light travel at an angle in a direction proportionate to the rotation.

Abstract: Disclosed is a method of diagnosing the chances of pregnancy and the diagnostic kit for the method. In the present invention, follicular fluid is retrieved from the women who attended the in vitro fertilization program and matrix metalloproteinase activity is measured. According to the present invention, the chance of pregnancy in the group with low matrix metalloproteinase-9 activity is zero whereas in the group with high matrix metalloproteinase-9 activity, the chances are 50-60%. Therefore it is possible to predict the chances of pregnancy in assisted reproduction technology by measuring the degree of matrix metalloproteinase-9 expression by using the method and kit of the present invention enhancing the efficiency of assisted reproduction technology.

Abstract: Disclosed is a method of diagnosing the chances of pregnancy and the diagnostic kit for the method. In the present invention, follicular fluid is retrieved from the women who attended the in vitro fertilization program and MMP activity is measured. According to the present invention, the chance of pregnancy in the group with low MMP-9 activity is zero whereas in the group with high MMP-9 activity, the chances are 50-60%. Therefore it is possible to predict the chances of pregnancy in ART by measuring the degree of MMP-9 expression by using the method and kit of the present invention enhancing the efficiency of ART.