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. 2022 Mar 22;20(4):219. doi: 10.3390/md20040219

Table 1.

Biomaterials from sponges. (Sorted alphabetically according to Class of Biomaterial.)

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).