Table 1.
Class | Producer Species | Class of Biomaterial |
Biomaterial | Origin/Structural Component | Possible Applications |
References |
---|---|---|---|---|---|---|
Demospongiae | Petrosia ficidormis, | Bioceramics | Silicate, Calcium carbonates Silicate/calcium salts |
whole body | Support for tissue regeneration | [19] |
Demospongiae | Petrosia ficidormis, Chondrosia reniformis and Agelas oroides | Bioceramics | Calcium phosphate (hydroxyapatite) | skeleton | Substitutes for synthetic Bioglass® | [20] |
Demospongiae | Petrosia ficidormis | Inorganic polymer | Biosilica | whole body | 3D support for osteoblast adhesion and growth | [21] |
Demospongiae | Spongia agaricina, Spongia officinalis, Spongia zimocca | Inorganic polymer | Hydroxyapatite | whole body | Bone substitute material | [22] |
Demospongiae | Suberites domuncula | Inorganic polymer | Biosilica | skeleton | Stimulates mineralizing activity | [23] |
n.a. | n.a. | Inorganic polymer | Silicate | skeleton | Stimulates osteogenesis in vivo | [24] |
n.a. | n.a. | Inorganic polymer | Silica/silicatein | skeleton | Regeneration of bone tissue | [25] |
n.a. | n.a. | Inorganic polymer | Biosilica/polyphosphate | skeleton | Promotes growth and differentiation of hMSCs *; 3D tissue printing of hMSCs *; Delivery of hMSCs * in fractures |
[25] |
Demospongiae | Spongia agaricina | Inorganic polymer | Hydroxyapatite | whole body | Bone tissue engineering | [26] |
Demospongiae | Spongia agaricina | Inorganic polymer | Hydroxyapatite | whole body | Tissue engineering (bone scaffolds) | [22] |
Demospongiae | Ianthella labyrinthus | Polysaccharides | Chitin | skeleton | Scaffolds to culture cardiomyocytes differentiated from human-induced pluripotent stem cells (ipsc-cms); 3D tissue engineering |
[27] |
Demospongiae | Ianthella flabelliformis | Polysaccharides | Chitin | skeleton | Drug delivery biomaterial | [28] |
Demospongiae | Ianthella basta | Polysaccharides | Chitin | skeleton | Tissue engineering and regenerative medicine | [29] |
Demospongiae | Pseudoceratina purpurea | Polysaccharides | Chitin | skeleton | Biomedicine | [30] |
Demospongiae | Mycale euplectellioides | Polysaccharides | Chitin | skeleton | Biomedicine | [31] |
Demospongiae | Acarnus wolffgangi and Echinoclathria gibbosa | Polysaccharides | Chitin | skeleton | Biomedicine | [32] |
Demospongiae | Pseudoceratina arabica | Polysaccharides | Chitin | skeleton | Biomedicine | [33] |
Demospongiae | Aplysina aerophoba | Polysaccharides | Chitin | whole body | 3D microporous chitinous scaffolds for hMSCs * in vitro | [34] |
Demospongiae | Ianthella basta | Polysaccharides | Chitin | whole body | Scaffolds for human mesenchymal stromal cells | [35] |
Demospongiae |
Aplysina cavernicola,
Aplysina cauliformis, Aplysina fulva, Aiolochroia crassa, Plysina aerophoba |
Polysaccharides | Chitin | whole body | Chitin scaffolds for chondrocytes attachment | [34] |
Demospongiae | Aplysina aerophoba | Polysaccharides | Chitin | whole body | Ready-to-use scaffolds for cultivation of cardiomyocytes | [36] |
Demospongiae |
Spongia lamella,
Spongia officinalis Hippospongia communis Sarcotragus spinosulus |
Polysaccharides/Proteins | Collagen/ proteoglycan | skeletons | Bio-based dressing for topical drug delivery | [16] |
Demospongiae | Aplysina archeri | Polysaccharides | Chitin | skeletal fibres | Ready-to-use 3D chitin scaffolds | [37] |
Demospongiae |
Aplysina fulva
Aplysina aerophoba Ianthella basta |
Polysaccharides | Chitin | skeletons | Directed differentiation of human adipose tissue-derived hMSCs * within chitin-based skeletons | [38] |
Demospongiae | Chondrosia reniformis | Proteins | Collagen | whole body | Support and promote the migration, adhesion, and growth of epithelial cells | [39] |
Demospongiae | Biemna fortis | Proteins | Collagen | whole body | Bone repair and bone augmentation | [40] |
Demospongiae | Chondrosia reniformis | Proteins | Collagen | whole body | Sponge collagenous membranes | [41] |
Demospongiae | Callyspongiidae | Proteins | Collagen | skeletons | Scaffold for use in bone tissue engineering | [42] |
Demospongiae | Ircinia fusca | Proteins | Collagen | whole body | Composite scaffolds (marine collagen + chitosan + hydroxyapatite) for matrix-based bone repair and bone augmentation | [43] |
Demospongiae | Aplysina fulva | Proteins | Spongin | whole body | Spongin-enriched biosilicate scaffolds to support bone formation | [44] |
* Human mesenchymal stem cells (hMSCs).