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GLOVE BOX ALPHA-TIGHT

GLOVE BOX ALPHA-TIGHT

GLOVE BOX SGS4030
for containment of the At-211
radiopharmaceutical synthesis module

Left part of working area provided of a well for the containment of the dose calibrator.
Dimensions (lxdxh):  working area mm 1400x700x900,  prechamber inner dim. mm 300x300x460, well for containment of the dose calibrator  mm 200x200x450 ,
Support mm 1300x700x850 ,   overall dim. mm 2005x950x2100 , Total weight kg. 450  approx 
 Electric power supply: 230VAC     Frequency: 50-60Hz      Plug to a 230VAC  -  2P+T 16 A S17   Internal power socket  230 V  -  4A

 

 

 

 

   cETLus COMPLIANCE 
Electric power supply 120 Vac -  Frequency 60 Hz -  Maximum absorbed current 28 A  -  Internal Socket 120 V - 8A – (U.S.A.Type) 
Pollution degree  2  -   Overvoltage category III -  Main supply Voltage fluctuations ± 10%


Example of application ----------> Atley Solutions:  
The Atley C100 module allows for an automated, standardized and reproducible production of At-211 radiopharmaceuticals, and is controlled by clinically validated software. 


Un settore di importanza rilevante, per il quale è ragionevole prevedere uno sviluppo significativo nei  prossimi anni, è quello della terapia con radionuclidi.
Attualmente, solamente radionuclidi che emettono particelle β‐, come I‐131, Y‐90, Sr‐90, Re‐188, Re‐186, Sm‐153 e Lu177,
sono impiegate nella pratica clinica e nella ricerca di nuovi agenti terapeutici poiché la loro produzione può essere realizzata attraverso l'impiego di reattori nucleari
convenzionali. 
Tuttavia, occorre notare che alcuni radionuclidi β‐ emettitori, come Cu‐67, che è studiato già da moltI anni ed ha mostrato un'elevata efficacia terapeutica,  
possono essere difficilmente ottenuti utilizzando metodi convenzionale, e richiedono l'impiego di ciclotroni di media od alta energia per essere prodotti in 
quantità adeguate per applicazioni mediche 
A ciò va aggiunta la categoria di quei radionuclidi che decadono per mezzo  dell'emissione di particelle α. 
Questi radioisotopi rappresentano un'importante alternativa proprio per le peculiari proprietà fisiche della particella α, che ne fanno uno 
strumento particolarmente adatto per indurre un deciso effetto terapeutico  sui tessuti malati. 
Fra i radioelementi α emettitori che hanno mostrato le  caratteristiche più interessanti At‐211 occupa un posto di rilievo.


At-211 radiopharmaceuticals – the next frontier in cancer treatment
Targeted radionuclide therapy is a precision medicine that uses radioactive substances attached to targeting moieties to specifically attack cancer cells. By labeling drugs with radioactive isotopes, radiation can be precisely delivered to cancer cells, reducing side effects compared to traditional therapies. Recently, targeted radionuclide therapies have grown significantly. At-211, with its short half-life, favorable decay chain, and scalable production, has unique properties as a payload for these radiopharmaceuticals.

The Atley C100 module can both purify At-211 from irradiated cyclotron targets and synthesize At-211-based radiopharmaceuticals in an automated process. As a platform technology, the Atley C100 can be used to develop and manufacture multiple different At-211 radiopharmaceuticals. With its recent CE marking and CB certification, the Atley C100 is now available to researchers and drug developers worldwide, offering new possibilities in the field of targeted cancer therapy (  For more information visit https://atley.com/)