Abstract: The present disclosure discloses a hoisting cable with small diameter, high strength, and high flexibility, including an inner conductive core, an insulating layer, an outer conductive wire layer, a tensile layer, and an outer protective layer. The insulating layer is located at an outer side of the inner conductive core and provides insulation between the inner and outer conductors; the outer conductive wire layer is located at an outer side of the insulating layer; the tensile layer is located at an outer side of the outer conductive wire layer; and the outer protective layer is located at an outer side of the tensile layer. The high tensile strength can ensure the safety of hoisting operations, and the small diameter, small bend radius, and high flexibility can ensure the minimization design and the large rope capacity of a winch.

Abstract: An embedded bionic winch for sampling and exploration of a polar sub-glacial lake, including an actuating chamber, a power chamber, a transition chamber, a sensor chamber, a cable arranging chamber and a slip ring chamber, where the actuating chamber, the power chamber, the transition chamber, the sensor chamber, the cable arranging chamber and the slip ring chamber are arranged in sequence, and are coaxially connected; the power chamber provides a power for the winch, and realizes sealing of motors located therein under water with a certain depth; the transition chamber realizes a power transmission between the power chamber and the cable arranging chamber; the sensor chamber is used for mounting of a tension sensor; the cable arranging chamber realizes retraction and release of a cable through the precise cooperation of a drum and a lead screw, and the slip ring chamber contains a slip ring.

Abstract: The present disclosure discloses a hoisting cable with small diameter, high strength, and high flexibility, including an inner conductive core, an insulating layer, an outer conductive wire layer, a tensile layer, and an outer protective layer. The insulating layer is located at an outer side of the inner conductive core and provides insulation between the inner and outer conductors; the outer conductive wire layer is located at an outer side of the insulating layer; the tensile layer is located at an outer side of the outer conductive wire layer; and the outer protective layer is located at an outer side of the tensile layer. The high tensile strength can ensure the safety of hoisting operations, and the small diameter, small bend radius, and high flexibility can ensure the minimization design and the large rope capacity of a winch.

Abstract: This invention provides methods for diagnosing prostate cancer, methods for measuring the aggressiveness of prostate cancer, and methods for identifying prostate cancer likely to metastasize. The diagnostic and prognostic assays of this invention include methods involving the antibody-based detection of Pin1 and the amplification of Pin1 RNA. The diagnostic and prognostic assays of this invention may be used in combination with other methods of prostate cancer diagnosis including the PSA test, digital rectal exam, and Gleason prostate tumor grading system.

Abstract: Methods for the use of Pin1 as a marker of abnormal cell growth are disclosed. In another embodiment, the method includes evaluating the efficacy of a treatment of an abnormal cell growth, such as cancer, by monitoring the levels of Pin1. The levels of Pin1 can be protein levels or nucleic acid levels.

Abstract: Methods for the use of Pin1 as a marker of abnormal cell growth are disclosed. In another embodiment, the method includes evaluating the efficacy of a treatment of an abnormal cell growth, such as cancer, by monitoring the levels of Pin1 . The levels of Pin1 can be protein levels or nucleic acid levels.

Abstract: This invention provides methods for diagnosing prostate cancer, methods for measuring the aggressiveness of prostate cancer, and methods for identifying prostate cancer likely to metastasize. The diagnostic and prognostic assays of this invention include methods involving the antibody-based detection of Pin 1 and the amplification of Pin 1 RNA. The diagnostic and prognostic assays of this invention may be used in combination with other methods of prostate cancer diagnosis including the PSA test, digital rectal exam, and Gleason prostate tumor grading system.

Abstract: Methods for the use of Pin1 as a marker of abnormal cell growth are disclosed. In one embodiment, the method includes detecting a level of Pin1 to stage an abnormal cell growth, such as breast or prostate cancer. In another embodiment, the method includes evaluating the efficacy of a treatment of an abnormal cell growth, such as cancer, by monitoring the levels of Pin1. In another embodiment, the method includes evaluating the extent of metastasis of abnormal cell growth, such as cancer. The levels of Pin1 can be protein levels or nucleic acid levels.