Introducing Panadol Advance 500mg Tablets
with Optizorb
Panadol Advance is a new, advanced formulation of paracetamol.
Scientists have developed a new, improved Panadol tablet; it still has all the suitability of ordinary paracetamol, but breaks up in the stomach up to five times faster than ordinary paracetamol tablets.
This new speed is all thanks to a unique Optizorb formulation. This Optizorb formulation means that Panadol Advance spends less time in the stomach and is able to get to where it’s needed faster than ordinary paracetamol.
A smart choice for pain relief
Paracetamol is a popular choice of pain reliever amongst healthcare professionals and consumers. This is because it is suitable for a wide variety of people, some of whom may not always be able to use other types of oral pain reliever.
Panadol Advance Tablets are suitable for the treatment of a wide range of mild-to-moderate pain conditions but they break up in the stomach quicker so that they can start to get to work on pain at least 30% faster than ordinary paracetamol tablets.

The images below represent how a Panadol Advance tablet breaks up in the stomach up to 5 x faster than ordinary paracetamol tablets.
Images are representations of scintigraphic* images taken during clinical trials.
Results at 5 minutes…
Just five minutes after a tablet has been taken the Panadol Advance tablet has broken up in the stomach to a far greater degree than a standard paracetamol tablet. It has started to pass from the stomach into the small intestine where it can be absorbed into the bloodstream.

Tablets are disintegrating at 5 minutes after being taken.
Images are representations of scintigraphic* images taken during clinical trials
Results at 20 minutes.
The content of an ordinary paracetamol tablet has yet to leave the stomach. The Panadol Advance tablet however has broken down and is in the small intestine. From here it can be absorbed into the bloodstream and be carried to where it can start fighting pain.

Tablets at 20 minutes after being taken.
Images are representations of scintigraphic* images taken during clinical trials



