Product Images Suprane

The text appears to be a figure caption presenting data related to anesthesia in male volunteers. It includes the mean and standard deviation of the concentration of Nitrous Oxide and different types of anesthetics in the bloodstream over time. The figure shows the rate of absorption of Desflurane by the body, represented by the end-tidal concentration in the bloodstream. The X-axis depicts the time, while the Y-axis shows the concentration of anesthetic agents. Thus, the figure seems to be a scientific representation of medical data.*

The text is a figure caption showing data on the desflurane washout in 8 normal male volunteers using halothane and isoflurane. The figure includes mean and standard deviation values for end-tidal anesthetic concentration and the last end-tidal concentration of washin. The x-axis of the figure represents time in minutes and ranges from 0 to 150 minutes.*

This text provides physical constants such as molecular weight, specific gravity, and vapor pressure for a certain substance. It also provides partition coefficients for blood/gas, olive oil/gas, and brain/gas at 37°C, as well as mean component/gas partition coefficients for polypropylene (¥ piece), polyethylene (circuit tube), latex rubber (bag and bellows), and polyvinylchloride (endotracheal tube).*

This text presents data on the emergence and recovery times of 178 female patients aged between 20-47 who underwent outpatient laparoscopy. Data is presented on the type of anesthesia used and the time taken for patients to open their eyes, state their name, stand up, walk, and fit for discharge. The text mentions that there were statistically significant differences in recovery times between patients who received the propofol-propofol/N,0 combination and those who received other treatments. However, there was considerable variability within groups in recovery times greater than one hour after anesthesia.*

This document presents data on emergence and recovery times in outpatient surgery for a total of 88 patients (46 males and 42 females) aged 19-70. The data includes the mean and standard deviation for different stages of anesthesia (induction and maintenance) with different agents (Thiopental and Desflurane) and the number of patients in each group. The median age and range are also reported for each group. The document notes that differences between the groups are statistically significant, but only for comparisons less than one hour after anesthesia.*

The text provides recovery test results of some males and females aged 20-65. The results include percentages of preoperative baseline values, mean, standard deviation, and visual analog scale values of various factors (confusion, fatigue, drowsiness, clumsiness, comfort, DSST score, and Trieger test). Also, the text mentions the types of maintenance (Desflurane/N,0 Isoflurane/N,0 Destlurane/N;0 Isoflurane/N,0) and the tests used to obtain the results (DSST and Trieger test). Additionally, it states that differences between values were statistically significant using a two-sample t-test.*

This study examines the hemodynamic effects of Desflurane during controlled ventilation in 12 male volunteers aged 16-26. The study reports mean values and range for heart rate, mean arterial pressure, and cardiac index for different levels of Desflurane and oxygen mixtures. The results show statistically significant differences when compared to awake values. Newman-Keul's method of multiple comparisons was used for statistical analysis.*

This is a table providing information about the number of cardiovascular patients by agent and type of surgery. It includes information on the gender and age range of the patients from 13 different centers who underwent CABG, abdominal aorta, peripheral vessel, and carotid artery surgeries. The table shows the number of patients anesthetized using different agents such as isoflurane, desflurane, and sufentanil, and details the number of patients who received analgesic medication such as fentanyl.*

This is a table outlining the frequency of respiratory events in nonintubated pediatric patients during maintenance, either through face mask or LMA. The table lists different respiratory events such as airway obstruction, breath-holding, coughing, laryngospasm, secretion, and non-specific desaturation, among others. The data is categorized by age groups within the study, with a total of 300 patients involved.*

This is a list of NDG Container units, including an amber-colored unit, six glass units, and an aluminum bottle. Each item also includes a product code number.*

This is a product label for Suprane, an inhalation anesthetic by Baxter Healthcare Corporation. It contains information such as the item number, lot number, expiration date, how to use the product, and storage instructions. The product is non-flammable, non-explosive, and should be kept out of reach of children. The manufacturer is identified and the product is only available with a prescription.*

The text is describing the effect of age on the minimum alveolar concentration of Desflurane, a drug used for anesthesia. The age of patients ranged from 2 weeks to 70 years. The table presents the mean and standard deviation of Desflurane concentration at different ages. The number of crossover pairs using the up-and-down method of quantal response was also evaluated.*

This text provides a table (Table 2) that displays the frequency of events occurring in clinical trials utilizing the induction of inhalation agents as a mask in adult patients. The table further provides a breakdown of events occurring in pediatric patients undergoing maintenance or recovery. The text also includes a list of events with the incidence rate between 3% - 10%.*

This appears to be a table presenting data on the effects of SUPRANE (desflurane, USP) with Fentanyl or Midazolam for different dose ranges in different age groups. The table shows the mean and standard deviation of percent reduction in the MAC (minimum alveolar concentration) of SUPRANE with and without fentanyl/midazolam. However, due to some unclear characters and symbols, the data may not be entirely reliable or understandable.*

This is a study comparing the recovery profiles of 16 males and 22 females aged between 20-65 who received either desflurane 3% in N,O 60% or isoflurane 0.6% in N,O 60% during anesthesia in an outpatient setting. The study found that recovery times for follow commands, sit up, and fit for discharge were significantly faster for the desflurane group than the isoflurane group. However, the statistical significance was not adjusted for multiple comparisons.*