7 results about "Amniotic fluid" patented technology

The present application relates to the technical field of medical devices, and more particularly to an amniotic membrane breaking device capable of hiding a puncture needle. The present application provides an amniotic membrane breaking device capable of protecting the inner wall of the vagina of a lying-in woman and hiding a puncture needle while the amniotic membrane is hooked and taken out. The amniotic membrane breaking device capable of hiding a puncture needle comprises a base, fixing assemblies and a first fixing frame, etc. The lower side of the front part of the base is connected with two fixing assemblies, and the upper side of the front part of the base is connected with symmetric first fixing frames. The outer cylinder drives the inner cylinder to approach the amniotic membrane, and the outer cylinder shields the inner cylinder, so as to avoid the knife causing scratches on the inner wall of the vagina of the lying-in woman during the process of entering the body of the lying-in woman. During the process of breaking the amniotic membrane, the knife is capable of hooking the amniotic membrane by rotating the rotating rod, so as to take out the amniotic membrane after breaking, and avoid the amniotic membrane remaining in the body of the lying-in woman.

The invention relates to the technical field of amniotic fluid puncture examination, and particularly discloses a semi-automatic negative-pressure amniotic fluid puncture device which comprises a B-ultrasonic probe and a puncture assembly, and a locking assembly is arranged on the B-ultrasonic probe; the locking assembly comprises a transverse plate, a bottom plate is fixedly connected to the bottom of the transverse plate, a limiting seat is fixedly connected to the top of the bottom plate, a through hole is formed in the limiting seat, and locking rotary knobs are symmetrically installed on the two sides of the through hole; through the design of the locking assembly and the puncture assembly, during amniotic fluid puncture inspection, after a puncture point is detected and determined by means of a B-mode ultrasound probe, a through hole in the top of a bottom plate limiting seat is accurately aligned with the puncture point by moving the B-mode ultrasound probe, clear and fixed path guidance is provided for puncture operation, and the positioning mode is combined with a subsequent locking mechanism, so that the puncture accuracy is improved. Position deviation caused by external factors in the puncture process can be effectively avoided, it is ensured that the puncture needle accurately reaches the target position, and the risk of mistakenly puncturing a fetus or an umbilical cord or a placenta is greatly reduced.

Disclosed is a production method of a product that is developed for treatment of hair loss, alopecia areata (pelade or ringworm), androgenetic alopecia (AGA), hair follicle nourishment, scalp nourishment and scar, scar tissue, eczema, acne treatments, for neurodegenerative, inflammatory diseases and for immune modulation purposes (regulation of the immunological response against inflammation of human tissues and fluids, for regeneration purposes). In particular, the disclosed is a method for the production of a chemical-free product with amniotic fluid content, which has been standardized by pooling and then freeze-dried and gamma irradiated (pooled / cocktail and gamma irradiated amnion-OTIA 1.0), that has been developed to be used in the treatment of ailments such as hair loss, alopecia areata (pelade), androgenetic alopecia (AGA), hair follicle nutrition, scalp nourishment, scar, scar tissue, eczema and acne.

The invention belongs to the technical field of animal models, and particularly relates to an ECMO-removed artificial uterine animal model and a construction method thereof. The animal model comprises an animal maternal body, an in-vitro fetus and an artificial uterus, the fetus is from the animal maternal body, blood circulation is established between the animal maternal body and the fetus, the blood circulation starts from the internal carotid artery of the animal maternal body, is connected to the umbilical vein of the fetus through a pipeline and enters the body of the fetus, and after the fetal circulation, the artificial uterus enters the fetal body. Starting from the fetal umbilical artery, entering the internal jugular vein of the animal maternal body through a pipeline; the fetus is located in the artificial uterus, and the artificial uterus provides a sterile artificial amniotic fluid environment for the fetus and maintains the body temperature of the fetus. According to the method, the ECMO-removed artificial uterine animal model is successfully constructed through the pregnant sheep, and the ECMO-removed artificial uterine animal model is maintained for about 90 minutes at most. A feasible animal model is provided for early surgical treatment of fetal congenital diseases and life maintenance of premature fetuses, and a foundation is laid for future clinical transformation.

The invention relates to a stimulation generator and a stimulation method for assisting natural delivery of a pregnant woman. The stimulation generator comprises a communication unit, a processing unit and a stimulation unit. The communication unit performs data interaction with the fetal heart monitor, obtains a uterine pressure change signal related to a corresponding pregnant woman, and provides the uterine pressure change signal to the processing unit; the processing unit analyzes the change characteristic of the uterine pressure along with time, determines the generation opportunity, intensity and duration of the stimulation signal according to a preset rule, and generates a corresponding signaling to control the working state of the stimulation unit; the stimulation unit executes a specific physical or electrical stimulation action according to an instruction sent by the processing unit so as to assist the pregnant woman in managing pain and breathing rhythm in the delivery process; specific transcutaneous electrical nerve stimulation or massage stimulation signals are selectively provided to guide the pregnant woman to perform deep-inspiration slow-expiration breathing actions to resist pain. The device can guide the pregnant woman to grasp the characteristics of regular uterine contraction and correct breathing movement, and the fetus distress and sheep water pollution risk are avoided.

The application relates to an amniotic fluid depth measurement method and device, computer equipment, a storage medium and a computer program product. The method comprises the following steps: acquiring a fetal ultrasound video frame, classifying the fetal ultrasound video frame, screening out an initial video frame containing a standard amniotic fluid section with a confidence higher than a preset confidence threshold, i.e. screening out a video frame not containing an amniotic fluid section and a video frame containing an amniotic fluid section but not suitable for measuring the amniotic fluid depth. Then, target region detection is performed on the initial video frame, the amniotic fluid section measurement region in the initial video frame is located, a target video frame is obtained, and the amniotic fluid depth measurement value is determined according to the amniotic fluid section measurement region in the target video frame. The method can improve the amniotic fluid depth measurement efficiency.

The invention relates to an artificial uterine system comprising a fetal chamber (1) having an interior (1a) which is delimited by at least one flexible inner wall (1b), and having an opening (1l), through which a fetus is able to be introduced into the interior (1a), and having an inflow connection and an outflow connection (1i) via which artificial amniotic fluid is able to be passed through the interior (1a), and a cover (1f) by means of which the opening (1l) of the fetal chamber (1) is able to be closed, and which has an umbilical cord feedthrough (1g) through which the umbilical cord of a fetus is able to be passed, wherein the fetal chamber (1) has a flexible outer wall (1c) arranged around the inner wall (1b), and between the inner wall (1b) and outer wall (1c) an outer space (1d) is formed which has at least one port (1j), wherein a fluid is able to be introduced into the outer space (1d) or is able to be removed from the outer space (1d) via the at least one port (1j). The invention also relates to a method for producing such a fetal chamber.