32 results about "Drug patch" patented technology

The present invention relates to a transdermal drug delivery system comprising a dermal drug delivery patch and a heating element compartment securable to the dermal drug delivery patch. A freely transferrable heating element is securable within the heating element compartment. A drug can be administered transdermally using the present invention by placing the dermal drug delivery patch upon a patient's skin at an administration site. A heating element compartment is secured to the dermal drug delivery patch and a freely transferrable heating element is placed within the heating element compartment. The heating element provides controlled heat to the dermal drug patch and the patient's skin and thereby improves dermal drug administration.

Apparatus (50) is described for use with a drug on a drug patch (28), the drug patch including a drug side and a back side. An absorbent material (54) is configured to be disposed on a surface (56) and underneath the drug patch. A squeezing device (52) having a squeezing surface is configured to squeeze the drug patch together with the absorbent material. Other embodiments are also described.

The invention discloses an application of adipose tissue-derived stromal cells in treating premature ovarian failure, and belongs to the technical field of a biological medicine. Adipose tissue-derived stromal cells and its excreted cell factors, and other components at a certain ratio are applied to form adipose tissue-derived stromal cells; then the adipose tissue-derived stromal cells are prepared to be injection fluid and a drug patch; the injection fluid is injected to the zone where a focus locates through a local target injection method, and then the patch is pasted to a patient's navel; through an electromagnetic impulse generator, a drug is intermittently stimulated, and the secretion of follicle-stimulating hormone is promoted, ovary endometrium can be effectively repaired, the functional ovulation is promoted, and premature ovarian failure is effectively treated. In short, the application has the advantages of being safe and effective, higher in controllability and strong inpracticability.

The present invention discloses a novel chemical drug patch ketoprofen paster and a preparation method thereof. The novel chemical drug patch ketoprofen paster comprises a styrene-isoprene-styrene triblock copolymer, a styrene-isoprene diblock copolymer, a tackifier, a softener and an antioxygen; the patch has the characteristics that the stimulation to skins is very slight, an adhesive is free from the stimulation to the skins, the drug stabilization in long-term storage is good, the pasting with the skins is good, the repeatable pasting is realized, pasting is kept when contacted with water, particularly the pasting with knees, elbows and other parts; the adhesive in the patch comprises components in percentage by weight: 10%-55% of the styrene-isoprene-styrene triblock copolymer and the styrene-isoprene diblock copolymer totally, less than 22% of polyisobutene with high molecular weight, less than 30% of polyisobutene with middle molecular weight, less than 25% of polyisobutene with low molecular weight, 10%-60% of the tackifier, and 12%-55% of the softener; the antioxygen accounts for 0.01%-2.5% of the sum amount of framework materials.

The invention provides an external drug patch for the umbilicus, comprising an adhesive plaster layer, a drug powder, a film layer and an adhesive sheet layer; the drug powder includes the following raw materials in parts by weight: 5-20 parts of Huoxiang, 1-8 parts of Woody, 30-53 parts of cumin, 13-32 parts of cloves, 30-52 parts of white cardamom, 48-75 parts of pepper, 87-116 parts of longan meat, 18-39 parts of Artemisia argyi. The present invention adopts classification and batch pulverization, and grinds it into micron to submicron traditional Chinese medicine powder through an ultra-fine pulverizer. In contact with the navel, the efficacy of the medicine is greatly improved, and the onset speed is fast.

The invention relates to a biphasic transdermal drug delivery system and a preparation method thereof, which is obtained by using the drug-loaded ethosome / natural material nanofiber membrane as a receiver to receive electrosprayed drug-loaded ethosome composite microspheres. The invention has good skin compatibility, air permeability and water permeability, and will be softer when wet, and more closely adhered to the skin, and is an ideal material for a transdermal drug delivery patch.

A beauty / medication patch including a substrate, an outer layer, and a medication lotion; the outer layer being made of a degradable material being disposed on the substrate; one or a plurality of micro-probe array being disposed on a surface of the outer layer; the medication lotion being coated between the substrate and the outer layer, and / or admixed in the substrate; the patch being attached to a human skin, the micro-probe array piercing through a stratum corneum layer of the human skin and naturally being degraded by human skin or absorbed and metabolized by a human body; and the medication lotion penetrating into the skin and being absorbed by the human skin.

The invention relates to a drug patch and equipment with heating and cooling functions, and belongs to the technical fields of make-up and skin care products as well as medical equipment. The drug patch and equipment are utilized for nursing or treatment of the chest, abdomen, face, elbow joints, knee joints and several other parts of a human body. The equipment comprises the drug patch, a heating and cooling device, a DC power supply device, a feeding device and an intelligent control device, wherein the drug patch comprises two or more layers of closed film bag-shaped patches; closed channels are formed in the drug patch; a quick connector B is arranged at the lower end of the drug patch; tiny capillary porosities are formed in both the closed channels and the closed film bag-shaped patches; a drug can be separated out through the tiny capillary porosities, and permeate into a corresponding part of a user; a plurality of bulges are arranged on the drug patch and have a massage function, so that the drug using effect of the drug patch is improved. The drug path and equipment are rapid in cooling and heating, free of noise and low in energy consumption; through adoption of the drug patch, skin pores can be expanded or shrunk, so that the drug can be sufficiently absorbed, and the nursing or treating function of the drug can be more obvious.

A dressing material for knee joint inflammation, used in conjunction with drug patches, including a bionic support part and a functional lining. The bionic support part is a solid shell material that is 3D printed according to the human knee joint data model, and the functional lining It is a flexible lining material with a certain thickness that is 3D printed on the inner side of the bionic support part. The flexible lining material is a flexible mesh structure or a flexible weaving structure. Attached, preferably, at least the material of the functional liner includes a functional material, the functional material preferably includes a gold-silver core-shell nanomaterial, and the functional liner can include a high-porosity first liner and a low-porosity second liner . According to the principle of bionics, the present invention utilizes the moldless and rapid prototyping characteristics of 3D printing to manufacture non-disposable dressing materials, which are used in conjunction with conventional disposable drug patches to protect and treat knee joints and provide good sticking effects. It also helps the medicine work.

A biopatch, a bioheater, a biosensor and a bioelectronic patch device are provided.The biopatch comprises a polymer film comprising a biopolymer and a drug loaded in the polymer film. The biopolymer may comprise one or more than one of a bioabsorbable polymer, a biodegradable polymer and a biocompatible polymer. The biopolymer may comprise oxidized starch. The drug may comprise a first drug chemically combined with the oxidized starch and a second drug physically combined with the oxidized starch.The bioheater comprises a heater comprising biometal. The biometal may comprise Mg or Fe. The heater can be controlled wirelessly by an alternating magnetic field.A biosensor according to one embodiment of the present inventive concept comprises an inductor and a capacitor connected to the inductor, wherein the capacitor comprises a first electrode, a second electrode facing the first electrode and a dielectric disposed between the first electrode and the second electrode, each of the inductor, the first electrode and the second electrode comprises biometal, and the dielectric comprises a biopolymer having a glass transition temperature in a range of 36˜42° C. A biosensor according to another embodiment of the present inventive concept comprises an inductor and a capacitor connected to the inductor, wherein the capacitor comprises a first electrode, a second electrode facing the first electrode and a dielectric disposed between the first electrode and the second electrode, a change in a dielectric constant of the dielectric is transmitted to an external device through a resonance frequency change with the inductor, and the external device measures temperature around the biosensor by measuring the resonance frequency change wirelessly.A bioelectronic patch device according to one embodiment of the present inventive concept comprises a drug patch comprising a polymer film comprising a biopolymer and a drug loaded in the polymer film, and a heater adjacent to the drug patch to heat the drug patch. A bioelectronic patch device according to another embodiment of the present inventive concept comprises a drug patch comprising a polymer film comprising a biopolymer and a drug loaded in the polymer film, a first protection layer disposed on the drug patch, a heater disposed on the first protection layer and heating the drug patch, a temperature sensor disposed on the first protection layer, spaced apart from the heater and measuring temperature of the heater, and a second protection layer covering the heater and the temperature sensor on the first protection layer.