Radioactive drug testing laboratory: 28 kinds of basic equipment recommended by the drug administration

Publication Date:2024-03-20 Author: Sothis Environmental

In order to implement the opinions of the State Food and Drug Administration on the reform and improvement of the radioactive drug review and approval management system, encourage drug inspection institutions with the ability and conditions to carry out the construction of technetium labeling and positronium radioactive drug inspection capacity, and increase qualified inspection institutions, the State Food and Drug Administration organized the development of technetium labeling and positronium radioactive drug inspection agency evaluation procedures, which were issued on March 7, 2024 and implemented from the date of issuance. In terms of experimental instruments and equipment, the requirements of the State Food and Drug Administration for technetium labeling and positron radiopharmaceuticals inspection agency evaluation procedure for drug inspection agencies are as follows:


(1) It should be equipped with instruments and equipment suitable for the inspection of radioactive drugs. The instruments and equipment should be divided according to the function of the inspection items, and the layout should be reasonable to avoid mutual interference of different inspection items. Refer to table 1 for the main equipment configured in the radiopharmaceutical test laboratory.


(2) The laboratory shall formulate the operation procedures, use records, maintenance, calibration plan and other relevant documents of the inspection equipment and radiation protection monitoring equipment. Ensure the normal function of the equipment and prevent pollution or performance degradation.


(3) The instruments for radiopharmaceuticals inspection should be verified, calibrated or verified. It should be equipped with instruments to check the relevant radioactive standard sources during the period, and regularly check and adjust as necessary to maintain the credibility of the calibration status.


(4) The verification, calibration or verification items of radioactive drug inspection instruments shall meet the inspection requirements.


(5) Radioactive calibration sources should be provided by competent reference material producers (those who meet the requirements of ISO17,034 are considered competent). It should be ensured that the radioactive standard source meets the inspection requirements. For example, the gamma photon energy of the standard source of the gamma spectrometer should cover the main photon energy of the nuclide to be measured, and the size, volume, medium and container material should be the same as the sample.


Table 1: main equipment recommended for technetium labeling and positron radiopharmaceuticals testing laboratory


No. Instrument name
1 Activity meter
2 Radioactive thin layer chromatography scanner
3 γ spectrometer
4 γ counter
5 Liquid scintillation counter
6 Lead guard case
7 Radiation dose monitor
8 Surface pollution monitor
9 Ultraviolet visible spectrophotometer
10 Gas chromatograph
11 High performance liquid chromatography (including radioactive detector)
12 Electronic analytical balance
13 pH meter
14 Micro osmometer
15 Visible foreign matter detector
16 Camera microscope
17 Electric drying oven
18 Ultra clean table or isolator
19 Precision constant temperature water bath box (or other equipment with the same function)
20 Centrifuge
21 Low temperature refrigerator
22 Steam sterilization pot
23 Biosafety cabinet
24 Constant temperature incubator
25 Floating bacteria sampler
26 Dust particle counter
27 Vortex mixer
28 Ultra pure water machine

Note: the above equipment is the basic equipment needed for technetium labeling and positron radiopharmaceuticals inspection。


News Picks
View More
The UCL evaluation method for cleanliness confidence is about to exit the historical stage

Recently, the National Standards Committee officially released the new versions of GB/T 16292-2025 "Test Methods for Suspended Particles in Cleanrooms (Areas) of the Pharmaceutical Industry" and GB/T 16293-2025 "Test Methods for Floating Bacteria in Cleanrooms (Areas) of the Pharmaceutical Industry", both of which have undergone significant adjustments.

SuXin Products | Online Solutions for Semiconductor Industry

The SX-M online monitoring system is a system independently developed by SuXin Environment, consisting of three parts: dust particle counter, temperature and humidity sensor, dew point meter, pressure difference and other equipment and software

Real time online monitoring system: the "intelligent guardian" of clean environment in the pharmaceutical industry

In the modern pharmaceutical industry, the cleanliness of the production environment directly affects the quality and safety of drugs. Particulate and microbial contamination in the air may have irreversible effects on drugs and even endanger patient health. The traditional environmental monitoring methods can no longer meet the increasingly strict quality supervision requirements, and real-time online monitoring systems are gradually becoming an important tool to ensure the production environment of drugs.

SuXin Product | 0.1 μ m Online Dust Particle Counter SX-1108

The Su Xin 0.1 μ m dust particle counter is widely used in the cleanliness detection of clean rooms (areas), daily maintenance monitoring of clean rooms in electronic and pharmaceutical factories, and measurement of suspended particles in the workplace. Whether in pharmaceutical production, laboratory research, or healthcare settings, this counter can provide accurate and reliable testing results, ensuring the safety of the production environment and the stability of product quality.

Submit the form below to contact us now.

Submit Now