pf-127 Search Results


pluronic f-127  (Tokyo Chemical Industry)
90
Tokyo Chemical Industry pluronic f-127
Pluronic F 127, supplied by Tokyo Chemical Industry, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pluronic f-127/product/Tokyo Chemical Industry
Average 90 stars, based on 1 article reviews
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pf127/tmc/peg-ha hydrogels  (Technical Manufacturing Company)
90
Technical Manufacturing Company pf127/tmc/peg-ha hydrogels
Pf127/Tmc/Peg Ha Hydrogels, supplied by Technical Manufacturing Company, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf127/tmc/peg-ha hydrogels/product/Technical Manufacturing Company
Average 90 stars, based on 1 article reviews
pf127/tmc/peg-ha hydrogels - by Bioz Stars, 2026-05
90/100 stars
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pf-127 gel  (Genzyme)
90
Genzyme pf-127 gel
Pf 127 Gel, supplied by Genzyme, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf-127 gel/product/Genzyme
Average 90 stars, based on 1 article reviews
pf-127 gel - by Bioz Stars, 2026-05
90/100 stars
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bdecm hydrogels  (Anton Paar)
90
Anton Paar bdecm hydrogels
Bdecm Hydrogels, supplied by Anton Paar, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/bdecm hydrogels/product/Anton Paar
Average 90 stars, based on 1 article reviews
bdecm hydrogels - by Bioz Stars, 2026-05
90/100 stars
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pf127 pluronic f-127  (Dow Corning)
90
Dow Corning pf127 pluronic f-127
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Pf127 Pluronic F 127, supplied by Dow Corning, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf127 pluronic f-127/product/Dow Corning
Average 90 stars, based on 1 article reviews
pf127 pluronic f-127 - by Bioz Stars, 2026-05
90/100 stars
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antibody-targeted nanocarriers pf127(qdot)-hpi1  (Quantum Dot Inc)
90
Quantum Dot Inc antibody-targeted nanocarriers pf127(qdot)-hpi1
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Antibody Targeted Nanocarriers Pf127(qdot) Hpi1, supplied by Quantum Dot Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/antibody-targeted nanocarriers pf127(qdot)-hpi1/product/Quantum Dot Inc
Average 90 stars, based on 1 article reviews
antibody-targeted nanocarriers pf127(qdot)-hpi1 - by Bioz Stars, 2026-05
90/100 stars
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pf-127 support bath printing  (Microline Technology Corporation)
90
Microline Technology Corporation pf-127 support bath printing
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Pf 127 Support Bath Printing, supplied by Microline Technology Corporation, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf-127 support bath printing/product/Microline Technology Corporation
Average 90 stars, based on 1 article reviews
pf-127 support bath printing - by Bioz Stars, 2026-05
90/100 stars
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poloxamer 407 (pf127)  (Sahyadri Hospitals Ltd)
90
Sahyadri Hospitals Ltd poloxamer 407 (pf127)
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Poloxamer 407 (Pf127), supplied by Sahyadri Hospitals Ltd, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/poloxamer 407 (pf127)/product/Sahyadri Hospitals Ltd
Average 90 stars, based on 1 article reviews
poloxamer 407 (pf127) - by Bioz Stars, 2026-05
90/100 stars
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pf127  (BASF)
90
BASF pf127
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Pf127, supplied by BASF, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf127/product/BASF
Average 90 stars, based on 1 article reviews
pf127 - by Bioz Stars, 2026-05
90/100 stars
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pf127 polymer  (NanoCarrier Co)
90
NanoCarrier Co pf127 polymer
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Pf127 Polymer, supplied by NanoCarrier Co, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf127 polymer/product/NanoCarrier Co
Average 90 stars, based on 1 article reviews
pf127 polymer - by Bioz Stars, 2026-05
90/100 stars
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pf-127  (Novogen Inc)
90
Novogen Inc pf-127
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Pf 127, supplied by Novogen Inc, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/pf-127/product/Novogen Inc
Average 90 stars, based on 1 article reviews
pf-127 - by Bioz Stars, 2026-05
90/100 stars
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oral nanotherapeutics based on porous pf127-functionalized cur-loaded nps  (Nanotherapeutics)
90
Nanotherapeutics oral nanotherapeutics based on porous pf127-functionalized cur-loaded nps
Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and <t>PF127</t> (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).
Oral Nanotherapeutics Based On Porous Pf127 Functionalized Cur Loaded Nps, supplied by Nanotherapeutics, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
https://www.bioz.com/result/oral nanotherapeutics based on porous pf127-functionalized cur-loaded nps/product/Nanotherapeutics
Average 90 stars, based on 1 article reviews
oral nanotherapeutics based on porous pf127-functionalized cur-loaded nps - by Bioz Stars, 2026-05
90/100 stars
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Image Search Results


Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and PF127 (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).

Journal: International Journal of Bioprinting

Article Title: A Multifunctional 3D Bioprinting System for Construction of Complex Tissue Structure Scaffolds: Design and Application

doi: 10.18063/ijb.v8i4.617

Figure Lengend Snippet: Initial experiments of printing thermosensitive hydrogels. The rheological properties of gelatin (A), GelMA (B), silica gel (C), and PF127 (D). (E) A series of structures were printed using gelatin ink to verify the printability of the system. (F) PF127 (40% [w/t]) (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures. Structures of grids (a, b, c), rings (d), dolphins (e), dual-material stacked grids (f), alternately printed grids with dual nozzles (g), and three stacked grids printed with three nozzles (h). (G) Rheological properties of gelatin (10% [w/t]) sodium alginate (1% [w/t]) bioinks. (H) Grid structures printed using gelatin (10% [w/t]) sodium alginate (1% [w/t]). (I) Survival rate of printed cells (A549 [J], HeLa [K], NIH3T3 [L] and HUVECs [M]). (N) Actin staining results of HeLa cells (day 7). Scale bar: 5 mm (E, F, H [a]), 100 mm (H [b]), 500 mm (J, K, L, M), and 200 mm (N).

Article Snippet: About 40% (w/t) PF127 (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures ( ).

Techniques: Staining

Initial experiments and prefabricated printing results. Three enabling technologies of motor-driven pistons (within the black rectangle), pneumatic-driven pistons (within the blue rectangle), and mechanical screw extrusion (within the red rectangle) were used. (A) Gelatin, silica gel, nanocellulose, and PF127 material were used to print human ear structures. (B) Results of printed mesh ([i], PF127), cervical stent ([ii], GelMA), and spinal cord ([iii], GelMA) structures. (C) Structure printed with GelMA material. Single-nozzle printed grid scaffolds (i). Double nozzles alternately print grid structures (ii). Complex 3D structures (turtle model) printed with a single nozzle (iii). (D) Printing results of pneumatic microextrusion, models of ear (i), mesh (ii), and multilayer hydrogel skin-like structure (iii). (E-G) Fused deposition modeling of PCL structures. (H) Coaxial extrusion results of a perfusable tubular structure. Solution electrospinning (I) and near-field melt electrospinning (J and K). (L) Suspension media used as technological aid for 3D bioprinting of vascular branch structure (i), octopus model (ii), hollow polyhedral structure outline (iii), liver contour stent (iv), heart contour stent (v), unilateral structure model of vascular axis section (vi), and salivary gland (vii). Scale bar: 5 mm (A, B, C, D, E, F, G, H [ii, iv, v, vi], J, L), 500 mm (H[iii]), 10 mm (I[i], K), 1 mm (I[ii]), and 2 mm (I[iii]).

Journal: International Journal of Bioprinting

Article Title: A Multifunctional 3D Bioprinting System for Construction of Complex Tissue Structure Scaffolds: Design and Application

doi: 10.18063/ijb.v8i4.617

Figure Lengend Snippet: Initial experiments and prefabricated printing results. Three enabling technologies of motor-driven pistons (within the black rectangle), pneumatic-driven pistons (within the blue rectangle), and mechanical screw extrusion (within the red rectangle) were used. (A) Gelatin, silica gel, nanocellulose, and PF127 material were used to print human ear structures. (B) Results of printed mesh ([i], PF127), cervical stent ([ii], GelMA), and spinal cord ([iii], GelMA) structures. (C) Structure printed with GelMA material. Single-nozzle printed grid scaffolds (i). Double nozzles alternately print grid structures (ii). Complex 3D structures (turtle model) printed with a single nozzle (iii). (D) Printing results of pneumatic microextrusion, models of ear (i), mesh (ii), and multilayer hydrogel skin-like structure (iii). (E-G) Fused deposition modeling of PCL structures. (H) Coaxial extrusion results of a perfusable tubular structure. Solution electrospinning (I) and near-field melt electrospinning (J and K). (L) Suspension media used as technological aid for 3D bioprinting of vascular branch structure (i), octopus model (ii), hollow polyhedral structure outline (iii), liver contour stent (iv), heart contour stent (v), unilateral structure model of vascular axis section (vi), and salivary gland (vii). Scale bar: 5 mm (A, B, C, D, E, F, G, H [ii, iv, v, vi], J, L), 500 mm (H[iii]), 10 mm (I[i], K), 1 mm (I[ii]), and 2 mm (I[iii]).

Article Snippet: About 40% (w/t) PF127 (Pluronic F-127, Dow Corning) was printed at 18°C to verify the printer’s ability to print complex structures ( ).

Techniques: Suspension