Screw it, I will just try my best to explain.
Consider a 6 legged starfish like creature. In actuality, it has 3 legs, and 3 arms. The ventral (lower) section of the creature has 6 roughly triangular plates that converge to a blunted point that points downward. The plates extend outward, away from the body, and up at an approximately 50 degree upward slant. These structures give rise to the arms, which are articulated and terminate in 3 bladed "fingers" at the end of each extremity. A similar construction exists on the dorsal (upper) section, descending downward at the same 50ish degree slant, forming articulated legs terminating in 3, triangular toes on each foot. (Visual aid-- consider
a cylon base ship. Now consider that the lower section's extending "arms" angle upwards at ~50 degrees, and the upper section's arms angle downwards the same amount. Instead of being smooth on the top and bottom, the arm structures form apical points. Each arm section is comprised of 2 roughly triangular plates with a central seam.)
The fissures of the ventral section contain orifices for ingesting well weathered clay silicate mineral and crystalline salt, as well as ducts for expelling high concentration hydrochloric acid, which is stored in 12 chambers, 2 along the length of each extremity.
The dorsal section is much more robust and ornate then the ventral section, and contains highly exagerated plates with thick and heavy ridges, which extend nearly straight up, similar to the prominence of
a rose thorn. These structures contain the photosynthetic organs for the organism, and are also used for thermal regulation. The prominence is comprised of interlocking plates that can be deployed like a 3 petaled flower, and oriented toward light or other high energy particle radiation sources. Structures for the capture of beta particles (high energy electrons), and high energy photons are present in this organ assemblage, and connect with a convoluted looking organ containing many small sacks of concentrated mineral solutions dissolved in the silicon tetrachloride solvent. These function as
a charge differential based electro-chemical battery. The stored electrical charges are used to power the other cellular activities of the organism with electrochemistry, utilizing organic semiconductor networks to distribute the collected energy potentials.
Each radial section contains 2 eyes, and 3 chemical sensory organs.
The organism has a circulatory network, but lacks a dedicated pulminary organ. Instead, the electrical energy potentials generated through photovoltaic energy harvest are used with semiconductor nanostructures heavily distributed through the capilliary network to propel the solution (and dissolved minerals) via
electrohydrodynamics. Every portion of the organism's "soft inner body" thus functions as one giant heart, propelling the fluid around in a continuous circulated current.
Ruptures in the tissue result in a runaway reaction with atmospheric water vapor, releasing hydrochloric acid, and rapidly depositing silicon dioxide, which plugs the rupture, until the organism can properly regenerate the damaged tissue.