Product Images Pregabalin
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- Bottle Label 50 mg - 71610 0882 46
- Aphena Pharma Solutions - TN - Aphena
- equation - pregabain gault equation
- fig-01 - pregabalin figure 01
- fig-02 - pregabalin figure 02
- fig-03 - pregabalin figure 03
- fig-04 - pregabalin figure 04
- fig-05 - pregabalin figure 05
- fig-06 - pregabalin figure 06
- fig-07 - pregabalin figure 07
- fig-09 - pregabalin figure 09
- fig-10 - pregabalin figure 10
- fig-11 - pregabalin figure 11
- fig-12 - pregabalin figure 12
- str - pregabalin structure
Product Label Images
The following 15 images provide visual information about the product associated with Pregabalin NDC 71610-882 by Aphena Pharma Solutions - Tennessee, Llc, such as packaging, labeling, and the appearance of the drug itself. This resource could be helpful for medical professionals, pharmacists, and patients seeking to verify medication information and ensure they have the correct product.
Bottle Label 50 mg - 71610 0882 46

This text provides information on a medication called Pregabalin in capsule form. It mentions the quantity of 56 capsules with an NDC number of 71610-882-46. The text may also indicate a warning or cautionary information related to the medication.*
equation - pregabain gault equation

This text contains a formula for estimating creatinine clearance (CLCr) based on the age, weight, and serum creatinine of a patient. The formula is adjusted for female patients by multiplying it by 0.85.*
fig-01 - pregabalin figure 01

This text provides data on the percentage of patients who experienced improvement in pain after receiving different dosage levels of Pregabalin and a placebo. The percentages range from 0 to 100 for the different dosages, showing the varying levels of improvement observed. This information can be used to evaluate the effectiveness of different doses of Pregabalin in managing pain compared to a placebo.*
fig-02 - pregabalin figure 02

This text provides information on the percentage of patients who showed improvement after taking Pregabalin 100 mg three times a day compared to a placebo. The graph shows the percentage improvement in pain from baseline, with increments of 10 from 0 to 100. It indicates that all patients experienced improvement to some extent, with the percentage increasing gradually.*
fig-03 - pregabalin figure 03

This information highlights the percent of patients who improved with different doses of pregabalin and placebo in relation to pain reduction from baseline. The graph shows a general increase in improvement with higher doses of pregabalin, with the highest improvement seen with pregabalin 300 mg two times a day. This data suggests that higher doses of pregabalin may be more effective in reducing pain compared to lower doses or placebo.*
fig-04 - pregabalin figure 04

This text provides data on the percentage of patients improved with different treatment options for pain management. It includes the use of Pregabalin at two different dosages and a placebo, with corresponding percentage improvements in pain from baseline. The chart also features percentage ranges to aid in evaluating the effectiveness of each treatment option.*
fig-05 - pregabalin figure 05

This table provides information on the percent of patients improved based on different dosages of pregabalin and a placebo. The percentages indicate the level of improvement in pain from the baseline, ranging from 10% to 100%. The two doses of pregabalin mentioned are 50 mg three times a day and 100 mg three times a day. This data can be used to compare the effectiveness of different dosages in managing pain.*
fig-06 - pregabalin figure 06

This appears to be a table showing responder rates (%) for different treatment groups in Study E1 and Study E3. The table includes data for various doses of a placebo and different medications. The responder rates range from 9% to 51%, with some percentages labeled as statistically significant compared to the placebo. The doses of the medications seem to vary between 50mg/day, 150mg/day, 300mg/day, and 600mg/day. The data in the table is presented in a structured format but without further context, the exact nature of the study or medications used is not clear.*
fig-07 - pregabalin figure 07

This information likely pertains to a study or analysis involving different doses of a substance and their effects, with statistical significance indicated by p-values. The graph visualizes the data points and their corresponding p-values, with varying doses (mg/day) shown on the X-axis. The results seem to suggest strong statistical significance with p-values less than or equal to 0.0001 for various comparisons. Please note that only significant p-values are displayed.*
fig-09 - pregabalin figure 09

This data represents the percentage of patients who experienced improvement in pain levels across different dosage levels of Pregabalin and Placebo. The chart shows the breakdown of patients who saw improvement, with the highest percentage of patients experiencing improvement at the 600 mg daily dose of Pregabalin. The percentage of patients improved ranges from above 20% to 100%, indicating the effectiveness of different dosage levels in alleviating pain from baseline.*
fig-10 - pregabalin figure 10

This text provides information about the estimated percentage of subjects without Low Irritant Reaction (LIR) in relation to different doses of Pregabalin and Placebo over a period of days. The chart shows the estimated distribution of subjects across various percentages and doses.*
fig-11 - pregabalin figure 11

This is a chart showing the percentage of subjects who improved from baseline to week 12 under two treatment groups - Pregabalin and Placebo. The data is presented in a graphical format with different percentage values displayed along the x-axis and the corresponding improvement in percentage along the y-axis. This chart can help in comparing the effectiveness of Pregabalin versus Placebo in improving the subjects' condition over the specified time period.*
fig-12 - pregabalin figure 12

This text provides information on the percentage of subjects who showed improvement from baseline to week 16 when taking Pregabalin compared to placebo. The data shows different improvement thresholds from greater than 10% to over 80% for the subjects studied.*
* The product label images have been analyzed using a combination of traditional computing and machine learning techniques. It should be noted that the descriptions provided may not be entirely accurate as they are experimental in nature. Use the information in this page at your own discretion and risk.