The method for a skin treatment using a first snail on a human patient includes placing the first snail on a first surface to allow the first snail to attach itself to the first surface. The method further includes projecting a first predetermined amount of a first agent onto the first snail with to cause the first snail to secrete a liquid on the first surface. The method further includes administering the secreted liquid over a surface of a skin of a portion of a body of the human patient.

Embodiments of the present invention relate to mollusk with fluorescent coatings. Also disclosed are aquarium kits comprising a tank, mollusk and an excitation light source.

The present invention provides systems and non-invasive methods for gender selection of eukaryotic organisms More specifically, the invention applies the CRISPR-Cas system as well as any derivatives and fusion proteins thereof for creation of transgenic eukaryotic organisms and for selecting the desired gender of the resulting progeny.

The method for a skin treatment using a first snail on a human patient includes placing the first snail on a first surface to allow the first snail to attach itself to the first surface. The method further includes projecting a first predetermined amount of a first agent onto the first snail with to cause the first snail to secrete a liquid on the first surface. The method further includes administering the secreted liquid over a surface of a skin of a portion of a body of the human patient.

Embodiments of the present invention relate to mollusk with fluorescent coatings. Also disclosed are aquarium kits comprising a tank, mollusk and an excitation light source.

Embodiments of the present invention relate to mollusk with fluorescent coatings. Also disclosed are aquarium kits comprising a tank, mollusk and an excitation light source.