(I used Hebrew Letters to name various regions of the galaxy).
Alumitoids: Aluminum-based organisms that are rigid in shape and have robotic features. Alumitoid bodies also have a high cellular magnesium and copper content. They are found mainly in the Dalet Region.
Casgains: Slime-like organisms composed of high fat and cholesterol superstructures, they originated in the Forbasch and Plamtoes zones of the Galaxy’s Hey region.
Diamanoids: A very dense carbon-based crystalline life form. Most diamanoids can metamorphose into graphite if necessary.
Fiticites: These iridium-based life forms often have pointed or jagged shapes.
Glymoids: These creatures have a crystalline structure that can take on a tetrahedral or icosahedrons form.
Hosgramins: Hydrogen-helium organisms, their sub-atomic interactions lead to alpha decay that provides energy for their metabolism.
Javolites: Sulfur-based organisms that use iodine and astatine to form cellular networks.
Mesomorphoids: These “super elastic organisms” are composed chiefly of bringbew, an inorganic, stretchable compound.
Nugoids: Organisms composed of a radioactive matrix, Nugoids are rich in elements from the lanthanide and actinide series of the periodic table.
Oragamin: Life forms based on a germanium version of DNA known as oragat. Oragamins are found largely in the Crstam zone of the Kuph region.
Organoid: A group of organic-based life forms, including Humanoids. Organoids are found throughout the Galaxy.
Percotoids: Living entities containing the rare compound percitonic acid. Percotonic acid acts as an agent for metabolism, forming molecular complexes that react selectively with various biochemicals to sustain life.
Pyres: Fire-like organisms that continuously ignite an external chemical source, usually on the skin, to yield energy. Pyres are often surrounded by an oscillating flame that resembles an energy halo.
Rigmoid: These organisms have an intricate three dimensional structure and a complex indefinable shape. The chemical rigmoinix, present in large amounts in the Zayen Region, acts as the linking agent holding their body structure together.
Rltoes: These organisms have a high degree of life specialization in both the structure and functioning of individual body parts. This feature is maintained through the manipulation of gyman particles.
Safamin: Specialized life forms that use the noble gases (neon, argon and radon) for biochemical functioning.
Trygoes: Silicon-cellulose organisms that use plasto-electric charges for mobility. They reproduce through a complicated diffusion-regulated technique of ion exchange.
Urltoids: Giant organisms (often thirty metres in height) composed of ultra-light trachyan fibres (silver oxides with garmium molecules). Most urltoids live in suspension approximately fifty metres above their specific planetary surfaces.
Zytins: Energy-matter life forms, Zytins can convert from one an energy to a matter life form and back again depending on their environmental constraints.
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