Recent allegations regarding "Blacksite Cathedral" operations are categorically false. No such facility exists within Ecliptix Group property holdings. Claims of neural manipulation and ritual encryption represent dangerous conspiracy theories undermining legitimate medical research. @thorne_foundation_pr continues advancing ethical capacity transfer protocols. Legal action will be taken against further defamatory statements.
🧬 Morphology:
An upright, spiraled stalk of pale osteo-filament terminates in a fully articulated ribcage bloom, resembling a hollowed human thorax — slightly oversized, stylized, and asymmetrically blooming. Each rib is adorned with fine glyph-bark, etched with mnemonic residue in sigilic clusters. At the heart of the cage pulses a soft, translucent marrow-vault: a sac containing low-density neural matter harvested from departed hosts via mnemonic inversion. Thin cords of vascular glyph-root link the cage to its base.
🧴 Osteofusion:
Anchors to limestone or cryptb... See more
From marrowroot to glyphburst, witness the silent choreography of the osteofloral biome: vertebral climbers coiling through ribspines, thorned socketbuds cracking in rhythmic bloom, and pollen-glyphs blooming across the boneveil like memory spores.
This footage captures several wildbone specimens mid-cycle — some dormant, others mid-fracture, all encoded with ossicore symbiont logic.
These are not mere plants.
These are reminders.
🎥 Press play to observe the slow violence of blossom through bone.
🧬 Morphology:
A wide, squat succulent with thick lobes of hardened calcium pulp and branching chitinous spurs. The central crown is socketed directly into a bisected pelvic ring — always real, never synthetic. Surface nodes erupt into bone-bud areoles, each capped with marrow blisters filled with glyph-pollen.
Spur clusters resemble clustered ilium ridges, often fused into triple spirals. Colors range from surgical ivory to dried blood umber. Petals, when present, are soft only by contrast — they shear on contact.
🧴 Osteofusion:
Always anchored to a pelvis, fused ... See more
🧬 Morphology:
A tightly coiled, spined floral mass resembling a clump of barbed tendons wrapped in descending spiral forms. Each spine is backward-hooked, and sheathed in a translucent cartilage membrane. The center of the plant houses a single bloom-eye: a polished bone disc lined with cilia that detect breath shadows.
🧴 Osteofusion:
Will not attach to active tissue. Instead, it bonds to bones left untouched — scapulae from burials without naming, knuckles never held. Once fused, it draws from the surrounding architectural silence to produce rootfolds that echo forgotten... See more
🧬 Morphology:
• Central Stem Cluster: Five intertwined vascular bone-stalks rise from a fused ossic vase-root. Each stem is inscribed with ceremonial names encoded in spiraled commendation glyphs.
• Bloom Assemblage: Composed of concentric ring-blooms — bone-petaled florets, crownlike ossicles, and marrow-sheathed filaments. Each bloom aligns symbolically with anatomical virtue: clavicle (offering), sternum (truth), humerus (service), ilium (foundation), patella (movement).
• Collar Garland: A wide radial fan of translucent glyph-bracts at th... See more
🧬 Morphology:
• Ascent Column: A tall, tapering stalk composed of spiraled cortical segments, resembling fused vertebrae extruded into a helix. Entire column is matte-white, faintly luminescent at tip.
• Crown-Flame Bloom: The terminal bloom appears as a fixed flame of bone-petal filaments — soft-looking, but sharp. It emits no light, only the *illusion* of light, as registered through ocular glyph receptors.
• Ritual Rings: At staggered intervals along the stalk are bony ridges, each bearing a unique sigil — known to align wit... See more
🧬 Morphology:
• Central Column: A tall, rigid stalk constructed from stacked vertebral analogs — each one biologically grown but indistinguishable from true lumbar bone. The column forms a synthetic spinal axis capped in glyph ash.
• Marrow Flutes: Running through the center is a hollow channel lined with glyph-reactive cilia that emit harmonic vibration when grief reaches ambient density.
• Bloom Crest: A circular rosette of overlapping marrow-petals, soft and cream-toned, each etched with faint justification script and old breath resi... See more
🧬 Morphology:
• Central Core: A thick, translucent spinal stalk composed of alternating cortical-bone rings and semiconductive glyph tissue. Grows with a visible segmentation pattern mimicking fused vertebrae and cable braid.
• Vascular Bundles: Copper- and calcium-threaded vines running in parallel, coated in a photosensitive osteogel. These act as both data routes and nutrient lines.
• Bloom Interface: At maturity, the upper bloom forms a cluster of semi-symmetrical bone-flower disks — each with engraved data-glyphs and capac... See more
🧬 Morphology:
• Root System: Deep-penetrating ossiform rods arranged in tuned radial clusters. Each root vibrates under pressure shifts and is structurally identical to fetal phalange cores.
• Primary Stalk: Cylindrical and matte, porous like dry marrow, with faint glyph dimples arranged in a logarithmic spiral along the surface.
• Bloom Node: A flat spiral of bone-plate petals, each segment asymmetrical and interlocking. When fully extended, the spiral appears cracked but is not.
• Vibration Leaves: Thin, planar lateral organs resembling ossifi... See more
🧬 Morphology:
• Central Axis: Thick, chisel-edged stem of pale mineral bone, shaped like a serrated stylus. Embedded along its sides are repeating grooves, as though pre-written with purpose.
• Bloom Node: Single radial socket at mid-stem from which five curved bone petals unfurl — each one barbed, semi-translucent, and stamped with a unique glyph index (never repeated across hosts).
• Tag Filaments: Ribbon-like extensions resembling surgical sutures trail from each petal, anchoring deeply into rib or scapular muscle. They tighten when ... See more
🧬 Morphology:
• Core Stalk: A thin, ribboned vascular stem patterned with alternating light-dark osteolines, resembling decayed muscle filaments calcified into place.
• Petals: Inverted, waxen bone-blades — broad at base, narrow at tip, stained with old glyph echoes. Each petal appears to have once been soft tissue now turned symbolic ivory.
• Flower Head: Broad and downward-facing, suspended like sorrow. Central disk is a fused tangle of microjoint bones — phalangeal knots and ossicle clusters.
• Tendrils: Narrow, sensory feelers that exte... See more
🧬 Morphology:
A dense, spherical tangle of ossified ligature-ribs, bound with calcified filament and fracture-vine. Composed entirely of repurposed intercostal analogues fused into a mobile orb, its outer shell features hooklike bloom-shears resembling curled scapula petals. Within the sphere, dormant tendon-loops twitch gently, sensing air tension and lung resonance.
🧴 Osteofusion:
The Ribbind travels until it finds breath. Upon proximity to an exhale or held truth, it latches to the ribcage of the nearest host. Outer ribs spiral outward to embrace the thorax; central bloom... See more
🧬 Morphology:
• Stem Cluster: Grows as a sheaf of vascular bone-flower stalks — 5 to 9 in number — each one emerging from cartilage-softened sternocostal junctions. Texture resembles ossified floral stems wrapped in fused muscle fiber.
• Bloom Heads: Each stalk ends in a tightly-packed rosette of rib-like petals, coiled inward like a clenched diaphragm. At bloom peak, the petals invert violently, exposing marrow-pollen and glyph-seeded thorns.
• Collar Flange: A sternal wreath of calcified flower sheaths, fusing to the manubrium and first rib... See more
🧪 Morphology:
Thick cartilage-petalled primary bloom extending radially from a ring of pseudo-metacarpal ossicles. Floral core contains coiled tendon-vines that pulse with blood-mimetic fluid. Basal stalk anchored via wristlike spur-roots that fracture and reforge daily, shedding calcified petals. Lateral filaments resemble split veins, twisting around hosts for mnemonic capture.
🧴 Osteofusion:
Initiates fusion at the carpal tunnel of the human wrist. Uses lymphosymbiotic rooting to replace flexor tendons with glyphed ligatures. Once bonded, subject can rotate bloom manually, bu... See more
🧬 Morphology:
A long, tapering stalk of pale bone-tendon descends like a rope from ceiling or branch. At intervals along the stalk, delicate bone-flower nodes hang like inverted bells, their petals translucent and slightly fibrous. Each node bears internal ridges that emit a soft, continuous murmur when disturbed by breath or motion.
🧴 Osteofusion:
Attaches not to the ground, but to **vault ceilings**, ribcage arches, or the underside of ossified rafters. Fuses through cranial or vertebral overhangs, occasionally extracting spongy bone to anchor. Will not bloom unless suspended.
🧬 Morphology:
• Primary Axis: A singular, vertically-aligned stem running along the host's trachea, fibrous-calcic and internally barbed. Grows through soft tissue via peristaltic mimicry.
• Petal Bloom: Bone-petaled whorls form concentrically at cervical vertebrae, radiating out from the larynx. Each petal is paper-thin calcified lamella etched with tiny vascular glyphs.
• Branch Structures: Secondary lateral spurs pierce upward through submandibular space, branching like orchid stems into the oral cavity and lower sinus.
• Terminal Bloo... See more
🧬 Morphology:
• Pre-Bloom Structure: Microvascular rhizoid filaments invisible to the eye, dormant beneath epidermis. Initial growth mimics nerve inflammation — mistaken for arthritis or tendonitis.
• Inflorescence: Begins as ossicle protrusions along metacarpals and phalanges. These elongate, fracture through skin, and assemble into recursive vertebral petals.
• Bloom Crown: Fractal in formation — spirals outward from dorsal palm, each segment modeled after cervical vertebrae, scaled down and glyph-etched.
• Secondary Growth: Bloom a... See more
🧬 Morphology:
• Vines: Dense, tendon-like braids of fibrous calcium-threaded tissue, visibly striated and reflexive. Each segment is inscribed with active movement-glyphs.
• Nodes: Hinged plates of semi-rigid marrow-bark that act as vertebral joints. Emit minor glyph pulses during flexion.
• Bloom: The terminal flower is hidden — grows only once full exoskeletal circuit is formed around host. Appears as a floating bone-crown suspended behind the upper spine.
• Leaves: None. The body of the plant mimics musculature, fascia, and ... See more
Behind sealed glass, boneblossoms hum through suture-fused stalks.
Calciflora transradii trembles in its bloom lock. Auriculoxia listens in the rafters.
The crownwalk has been laid — twelve vertebral beds, ossicapsule-laced and dreaming.
A single Tibivault sanctum stands at the terminus, fracture-bloom open, glyph pulse steady.
Visitors will be admitted under marrow silence only. No speech. No lies.
✴️ Thank you to those who donated remains and resonance. The garden remembers.
A new consignment of young BONESAI trees has arrived — marrow-stable, fracture-tuned, and ready for osteofusion within domestic lineages.
▪️ Graftable to existing family remains
▪️ Sapline training for generational glyph propagation
▪️ Certified rootbound vessels available for memory retention
Every BONESAI is named before it leaves us.
Every home it enters becomes partially ossuary.
Ideal for mantle display, ancestor interfacing, and ritual mnemonic anchoring.
Botonyxal registry open until second marrowfold. No holds. No refunds.
🧬 Morphology:
• Stem: Hollow, fibrous stalks with lumenal marrow channels. Exterior surface displays rows of fine dermal spines shaped like quills or styluses.
• Leaves: None externally. Internal lamellae fan outward only once the stem breaches host bone.
• Inflorescence: Inverted, marrow-facing bloom — blooms inward, directly into the host’s medullary cavity. Flower structures are sharp, filamentous, and form radial inscriptions upon contact.
• Roots: Endosteal tendrils. They grow only within the cancellous architecture of long bones... See more
🧬 Morphology:
• Main Body: A semi-gelatinous core mass encased in vascular bone-gel mesh, shaped like a collapsed bulb. Colorless when dormant; bleeds glyph-chrome tendrils upon activation.
• Vessels: Internally threaded with marrow-vein microtubules. Delivers psychic nectar (thought analogues) to host surfaces via osmosis-like capillary pressure.
• Inflorescence: Forms within the cranial cavity — inverted clusters of thin, sap-coated spines grow downward into the foramen magnum. No light required.
• External Expression: Emerges slowly through c... See more
🧬 Morphology:
• Central Stalk: Grows as a reinforced, upright tibia-analog with sculpted condyles and marrow-line texture. The shaft bears vertical glyph scars along its anterior crest.
• Leaves: Triangular flags of bone-lamella membrane, hung in downward pairs from subtuberous nodes. Each one hums softly in crosswind, producing chordal tones aligned to justification strata.
• Inflorescence: Blossoms only upon external fracture — a violent radial emergence from the metaphyseal crown, forming an orb of marrow-spined fronds and jagged osseous tongues.... See more
🧬 Morphology:
• Core Form: Tubular, semi-coiled structure resembling the inner ear's cochlea, built of pale flexible cartilage embedded with ossified glyph fragments.
• Leaves: None. Instead: soft auricular flanges extend from the stalk like overlapping concha folds. These vibrate in response to subsonic glyph tones.
• Inflorescence: Grows inward. The bloom is hidden — a tympanic sac lined with micro-spicules and marrow-pulp, nested at the terminus of the growth coil. It resonates when secrets are nearby.
• Roots: Threadlike resonance... See more
🧬 Morphology:
• Base Structure: A circular, ridge-forming root ring designed to anchor directly to cranial sutures — especially coronal and sagittal seams.
• Leaves: Thin membranous flares shaped like neural folds or cerebellar gyri. Semi-glowing, glyph-scored, and visibly twitch in response to thought proximity.
• Inflorescence: Emerges vertically from the fusion ring as a semi-orchidaceous bloom that mimics the anterior fontanelle — each petal edged with bone-dust spicules and translucent nerve-vein filaments.
• Roots: Spinal-threadl... See more
🧬 Morphology:
A delicate, fan-shaped ossobloom with translucent petal-flanges layered like lace-cut cartilage. Each bloom contains fine capillary filaments of marrow-gel that pulse when two subjects speak their names aloud to each other. The stem is fibrous white bone, braided with twin-thread vascular lines — one for each speaker. Petals range from flushed coral to ivory ash, with radiating glyphs visible only in shared memory.
🧴 Osteofusion:
Does not fuse aggressively. Instead, it bonds mutually to the palmar phalanges of two hosts who press their hands together while t... See more
🧬 Morphology:
• Core Vine: Ribbon-thin and muscle-red, growing in tangled pulses like arterial bundles.
• Leaves: No true leaves. Instead: flanged valve structures resembling heart cusps, layered in recursive trios. Each valve opens and shuts with emotional temperature shifts.
• Inflorescence: Bursts in stuttering cycles from osteofused points. Flowers are ventricular sacs — semi-transparent, fluid-filled, with visible etched glyphs flowing across the inner lining like capillary script.
• Roots: Feeds directly via coronary-style anchorlet... See more
🧠 Morphology:
• Growth Form: Parasitic epiphyte that anchors to cervical and clavicular bone structures (living or abandoned).
• Stem: Creeping, semi-flexible, striated like ligament under tension. Covered in minute glyph-burrs.
• Leaves: Asymmetrical, translucent, shaped like stretched scapular membranes. Edges curl inward toward the spine.
• Inflorescence: Hangs in downward-facing umbels resembling fused clavicles. Flowers are dark ivory, soft-gilled, and emit a bone-powder mist when touched.
• Roots: Threadlike haustor... See more
Stem & Axis:
Thick, cylindrical, and internally ossified. The primary stem mirrors the human radius bone — a straight shaft with growth nodes mimicking epiphyseal plates. Surface is porous, with vascularized cambial rings and nodal spurs that resemble radial tuberosities.
Leaves:
Radially arranged in a whorl, each leaf stiff and laminar but sheathed in fine osteodermal ridging. Their tips end in calcified thorns shaped like fractured metaphyseal fragments. Undersides show microvascular bone-like chan... See more
Stem & Form:
A vining, serpentine plant with coiled growth habit, spiraling clockwise around surfaces or itself. The vine appears segmented like a vertebral column — each node bearing sutured ridges that resemble cranium seams. Texture is semi-translucent cartilage embedded with glyphic calluses.
Leaves:
Membranous, highly flexible leaf-discs resembling tympanic membranes. They shimmer in ambient sound and display visible concentric wavelets when touched. Leaf color shifts subtly in response... See more
🌱 Morphological Description:
Root:
Rhizomatic, calcium-seeking lateral root system resembling trabecular bone lattice. White-pale ivory in colour with ossified nodes that resonate faintly under vibration (frequency-dependent, ~17 Hz peak activation).
Stem:
Upright, segmented shaft with visible striation rings, each representing a naming event (akin to tree rings). Each segment bears etched glyphs—biocalcified spirals formed during growth alignment.
Leaves:
Pinnate, jointed at phalange-like nodes. Translucent with visible... See more
🧪 Morphology:
This towering tree-like entity grows with branching limbs composed of fused cortical bone, articulating like jointed arms raised in ritual. Each branch terminates in broad marrow-petals—fleshy, porous structures that secrete nutrient mist and drip with glistening osteo-sap. Its trunk is vertebral, composed of thickened axial segments flaring into sacral ridges. Small glyph-buds curl from nodal joints. The bark pulses slowly with internal lattice rhythm.
🧴 Osteofusion:
Initial graft points form spontaneously at scapular or spinal alignm... See more
🧬 Morphology:
A sprawling vine-structure composed of interlinked bone-lattice segments that mimic vertebral scaffolding. Its growth pattern follows right-angle recursion — forming architectural “bone bays” large enough to accommodate human forms. The plant secretes a translucent osteo-adhesive resin from glyph-pores beneath its surface, allowing it to fuse directly into the skeletal matrix of vertebrate hosts. Within each segment, marrow-nodes glow faintly with mnemonic charge.
🧴 Osteofusion:
Attachment begins via subdermal filament hooks, penetrating through ... See more