69 results about "Drug Sample" patented technology

In the practice of the present invention, a method and system for notifying a patient of a medical office about a pharmaceutical event based upon a pharmaceutical sample associated with the patient and corresponding to received event data, said patient selected from a list of patients retrievably stored within a database, a message being generated by the computer in response to said pharmaceutical event and transmitted to the patient. In addition, the present invention allows the medical office to monitor drug sample inventory and record dispensed drug samples and newly received drug samples. Optionally, the system may selectively transmit a portion of the medical office database to a pharmaceutical company for monitoring the inventory, dispensing and utilization of selected drug samples at plural medical offices.

A patient replica is created from a layered culture medium where solid culture medium is formed so that a discontinuity exists between the layers. An infusion port is provided in registration with the discontinuity so that a fresh unadulterated sample of patient blood can be infused into the discontinuity to form a thin layer of blood between the layers of culture medium. The thin layer obviates the requirement for any anticoagulant allowing blood-borne pathogens to be readily cultured without using broth. Further antibiotics or other drug samples may be placed on the surface of the culture medium above the blood layer so that the antibiotic can diffuse through the culture medium and reveal the sensitivities of the cultured pathogens. Other samples of pathogens or tissues can be placed on the surface of the culture medium so that effects of drugs or growth factors present in the patient blood can be observed thereby allowing the entrapped blood layer to act as a biological replica of the patient.

Improved ways to facilitate the collection and distribution of donations are disclosed. One aspect involves the creation and administration of charitable donation cards. Another aspect involves the creation and administration of charitable donation cards and care cards. Still another aspect of the invention involves creation, distribution and administration of drug sample cards.

MCE assays and reagents to assess purity and to identify impurities in protein drug product samples are provided. Methods for analyzing analytes in a protein drug sample are provided.

The invention relates to the technical field of bacterial quantity detection, and relates to a mixing device for detecting the number of bacteria in a food and drug sample. The device includes a operation table; a driving shaft is rotationally connected to the operation table; the driving shaft is rotationally connected with a tray for bearing a culture dish; at least three fixing mechanisms usedfor fixing the culture dishes are arranged around the tray, each fixing mechanism comprises a limiting claw and a rotating shaft used for driving the limiting claw, the limiting claws are fixedly connected with the rotating shafts, the limiting claws comprise first limiting claws and the second limiting claws, and the first limiting claws and the second limiting claws are located on the two sidesof the culture dishes respectively; the rotating shaft is rotationally connected with the tray, a driven gear is fixedly arranged on the rotating shaft, one side of the driven gear is meshed with a driving gear, and the driving gear is fixedly arranged on the driving shaft. By the adoption of the scheme, bacteria can be more stably mixed, and the technical problem that a culture solution is proneto spilling out when the bacteria are shaken and mixed evenly is solved.

The invention provides a medicine recognition method based on machine learning and related equipment. The medicine recognition method comprises the following steps of: extracting a vector sequence ofa second drug statement sample by using an encoding model, and training a chemical substance identification model according to a chemical substance label of a second drug sample by taking a vector sequence of the second drug sample as input; extracting a vector sequence of a third drug statement sample by using the encoding model, and training a therapeutic substance recognition model according toa therapeutic substance label of a third drug sample by taking a vector sequence of the third drug sample as input; extracting a vector sequence of a to-be-recognized drug statement by using the encoding model, acquiring a chemical substance entity set by recognizing the vector sequence of the to-be-recognized drug statement by means of the chemical substance recognition model, and acquiring a therapeutic substance entity set by recognizing the vector sequence of the to-be-recognized drug statement by means of the therapeutic substance recognition model; and determining substance entities existing in both the chemical substance entity set and the treatment substance entity set as drugs. According to the medicine recognition method, the drug identification efficiency and accuracy rate areimproved.

The invention discloses a drug sample separation transport cart for nurse station logistical support. The transport cart comprises a base plate, a first magnet layer is arranged in the center of the upper surface of the base plate, a drug storage box is arranged above the first magnet layer, a second magnet layer magnetically attracted to the first magnet layer is arranged on the lower surface ofthe drug storage box, the upper, left, right and rear surfaces inside the drug storage box are each provided with a rectangular groove, a refrigerator is arranged inside each rectangular groove, the four corners of the upper surface of the base plate are each provided with a supporting rod, the upper surfaces of the supporting rods are jointly connected with a groove body, a plurality of partitionplates are arranged on the lower surface inside the groove body, and a buckled lid is hinged to the upper surface of the groove body. The drug sample separation transport cart has the advantages thatdrug sample separation transportation can be achieved, disassembling and assembling are convenient, a box can be stabilized, drug samples needing to be frozen are frozen independently, other drugs are not affected, drugs can be taken and stored conveniently, and the transport cart is simple in whole structure, convenient to operate, economical, practical and suitable for large-scale popularization.

The invention relates to a method for rapid identification and composition analysis of drugs. The method comprises the steps of: taking a cotton swab dipped in methanol as an extraction medium, and swabbing the surface of a solid by means of the cotton swab to extract main components therein; then inserting the cotton swab into a reagent bottle containing methanol for simple washing and shaking, so as to dilute the amount of drugs dipped on the cotton swab, or directly painting on a sample injection cloth by using the cotton swab without dilution; and finally, using a portable ion trap mass spectrometer as a detection instrument, and identifying the suspected drug solid as opium through direction mass spectrometry and tandem mass spectrometry. The method is suitable for the rapid detectionof drug compositions in opium, and is suitable for the rapid detection of compositions in drugs of other types such as methamphetamine, heroin and marijuana. The method has the advantages that the sample pretreatment time is less than 5 min, the mass spectrometric detection time is less than 2 s, and the detection limits of five kinds of drug samples are all less than 10 ng, thereby greatly contributing to the on-site investigation, seizing and identification of drugs.