Product Images Memantine Hydrochloride

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Product Label Images

The following 11 images provide visual information about the product associated with Memantine Hydrochloride NDC 46708-451 by Alembic Pharmaceuticals Limited, 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.

60 Tablets in 1 HDPE Bottle - memantine 10mg

60 Tablets in 1 HDPE Bottle - memantine 10mg

This is the packaging information for Ezchfim-coated tablets of Memantine Hydrochloride USP containing 10mg. The tablets should be stored at a temperature of 25°C with excursions permitted to 15°C or 0°C. It is recommended to dispense the tablets in a tightly closed container. This medication should be kept away from children. The packaging contains an NDC code of 46708-452-60 for 60 tablets produced by Alembic Pharmaceuticals Ltd in Gujarat, India. The packaging also includes lot number and expiration date information.*

60 Tablets in 1 HDPE Bottle - memantine 5mg

60 Tablets in 1 HDPE Bottle - memantine 5mg

This is a description of a medication containing 5mg of memantine hydrochloride. It is recommended to be stored at 25°C with permissible excursions to 15°C or 0°C. The medication should be kept in a tightly closed container as described in USP and out of reach of children. The NDC is 46708-451-60, and the medication is available in 60 tablets. The rest of the text is not readable.*

Figure 1 - memantine fig1

Figure 1 - memantine fig1

This text reports the time course of the change from baseline in ADCS-ADL score for patients who completed 28 weeks of treatment with Memantine Hydrochloride. The mean (+SEM) range is provided, as well as a figure showing the clinical improvement or decline in the patients.*

Figure 2 - memantine fig2

Figure 2 - memantine fig2

This is a graph representation showing the cumulative percentage of patients who completed a 28-week double-blind treatment. The changes from baseline in the ADCS-ADL scores are depicted on the x-axis, while the percentage of patients is represented on the y-axis.*

Figure 4 - memantine fig4

Figure 4 - memantine fig4

The text appears to be a figure caption from a medical study. It includes a graph showing the percentage of patients with specified changes from baseline in SIB (Severe Impairment Battery) scores after 28 weeks of double-blind treatment. The text also includes the names of two substances: "placebo" and "memartino hydrochloride".*

Figure 6 - memantine fig6

Figure 6 - memantine fig6

Figure 7 - memantine fig7

Figure 7 - memantine fig7

Figure 8 - memantine fig8

Figure 8 - memantine fig8

This text appears to be a figure caption detailing a graph. It displays the percentage of patients who have completed 24 weeks of treatment and the specific changes in SIB (Severe Impairment Battery) scores from baseline in Alzheimer's disease patients. The figure depicts a comparison between two drugs - Donepezil and Memantine hydrochloride. The rest of the text may be related to the graph axes or labels, but it is not available to provide a complete understanding.*

Figure 3 - memantine figure3

Figure 3 - memantine figure3

This is a report of a study that measured the change in SIB (Severe Impairment Battery) score for patients who completed 28 weeks of treatment with a drug called Memantine hydrochloride. The mean change was plotted in a time-course graph over the 28 weeks.*

Figure 5 - memantine figure5

Figure 5 - memantine figure5

This text presents a graph (Figure 5) showing the time course of the change from baseline in ADCS-ADL score for patients completing 24 weeks of treatment. The graph illustrates the mean (±SEM) change from baseline at 0, 2, 4, and 8 months of treatment. There is a label indicating "Weeks of Treatment" on the X-axis and "ADCS-ADL Score" on the Y-axis.*

Structure - memantine structure

Structure - memantine structure

* 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.