HOW TO EVOLUTION 2 Organ Modification

The modification of the stomach aims to provide a space for digestive enzymes to decompose microplastics and facilitate the process of converting microplastics into nutrients for digestion and absorption. This enhancement of human survival abilities helps individuals better adapt and thrive in plastic-polluted environments.

100% Artificial organEnzyme Chamber

Monthly injections of digestive enzymes as required.

Store digestive enzymes and inject them into the stomach daily in regular amounts.

Vessel

It is attached to the stomach and has a connecting tube at one end to the outside of the body to make it easier to inject digestive enzymes regularly; the other end is connected to the upper part of the stomach by five connecting tubes to allow digestive enzymes which are stored in the digestive enzyme chamber to enter the stomach.

Biological new stomach

It is based on the original human stomach and has the same texture as the original one. Its main functions are to provide space for digestive enzymes to attach to the microplastic and break it down, and to carry out the stomach's own function of milling food into small pieces for easy absorption by the intestines.

Food enters the stomach from the oesophagus.

In the first chamber of the stomach, digestive enzymes attach themselves to the microplastics and break them down.

Food that does not contain microplastics enters the second chamber, where it is squeezed and crushed.

The crushed food continues to enter the intestine.