Product Images Jeanatope
View Photos of Packaging, Labels & Appearance
Product Label Images
The following 9 images provide visual information about the product associated with Jeanatope NDC 50914-7733 by Iso-tex Diagnostics, Inc., 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.
FORMULA1 - FORMULA1
![FORMULA1.jpg FORMULA1 - FORMULA1](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-FORMULA1.jpg)
This appears to be a set of technical data related to blood samples and radioactivity measurements. The term "blood" is likely referring to a blood sample being analyzed. The term "xDF= volume" may indicate a specific calculation or measurement of volume that is being used. The remaining text contains more details on the radioactivity measurements and may refer to specific units or calculations used in the analysis.*
FORMULA3 - FORMULA3
![FORMULA3.jpg FORMULA3 - FORMULA3](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-FORMULA3.jpg)
The text appears to be a technical description related to measuring net counts per minute (cpm) of a reference solution containing blood, and blood samples taken before and after injection. The formula listed may be used to calculate the net cpm/mL value based on the difference between post-injection cpm and background cpm. Further context or information is needed to interpret this description fully.*
TABLE - TAB1
![TAB1.jpg TABLE - TAB1](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-TAB1.jpg)
This is a table that provides principal radiation emission data. The table lists two types of radiation: Gamma-1 and X-rays. For Gamma-1 radiation, the mean percent per disintegration is 67, and the mean energy is 350 keV. For X-rays, the mean percent per disintegration is 1400, and the mean energy is 28.0°.*
TAB2 - TABLE2 1
![TABLE2-1.jpg TAB2 - TABLE2 1](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-TABLE2-1.jpg)
This is a table showing the relationship between the thickness of lead shielding and its ability to prevent radiation. The table lists different shield thicknesses in millimeters and the corresponding attenuation factor in terms of percentage.*
TABLE - TABLE3
![TABLE3.jpg TABLE - TABLE3](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-TABLE3.jpg)
This is a physical decay chart that lists the fraction remaining of a radioactive element over time. The table specifically refers to an element with a half-life of 60.14 days and provides the fraction remaining on various days, starting from day zero. The data in the table can be used to track the decay of the element and determine its remaining radioactivity at a given point. The table also includes a calibration time.*
TABLE4 - TABLE4
![TABLE4.jpg TABLE4 - TABLE4](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-TABLE4.jpg)
This is a table showing estimated absorbed radiation doses for different tissues. The table includes the amount of radiation measured in rads for blood and the entire body.*
injection - label 1
![label-1.jpg injection - label 1](https://ndclist.com/assets/spl/images/60ec73ad-8128-478c-943f-70d22e1467e2/400x-label-1.jpg)
This text refers to an iodinated albumin injection containing a radioactive material. It provides information such as the dosage, radioactive activity level, lot number, expiration date, and manufacturer's details. It also includes cautionary statements and notes on the use of plasma in the manufacture of the albumin. The text lacks clarity and contains errors, making it difficult to comprehend in parts.*
* 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.