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Miscellaneous

Subject Index to Volume 31

Pages 529-533 | Published online: 24 Aug 2009

A

Aging process, clinical treatment of, 97–104

Alginates, impact of molecular weight on biocompatibility for grafting, 383–394

Amberlite IRA‐938, compared to chitin for α‐galactosidase immobilization, 19–33

Anemia, and vitamin E‐bonded cellulose membrane and lipoperoxidation in hemodialysis patients, 185–191

Arginine selective biosensor, based on arginase‐urease immobilized in gelatin, 357–363

Artificial organs

as a bridge to transplantation, 163–168

and transplantation, 91–96

See also Specific organ

Artificial red blood cells, polyethylene‐glycol‐polylactide nano‐dimension, maintenance of systemic hemoglobin levels and prevention of methemoglobin formation by, 231–247

B

Bioartificial organ grafts, 365–382

Biocompatibility, of alginates for grafting, 383–394

Bionic ear, and deafness, 139–143

Bionic kidney, 105–110

Bone marrow stromal cells, enriched with osteogenic potential, collagen as an immobilization vehicle for, 59–68

Bone tissue engineering scaffold, preparation and characterization of collagen–hydroxyapatite composite for, 435–448

C

Cells isolation, polypropylene hollow fiber for, 249–262

Cephalosporin‐C, continuous production by immobilized microbial cells using symbiotic mode in a packed bed bioreactor, 313–327

Chitin

compared to Amberlite IRA‐938 for α‐galactosidase immobilization, 19–33

preparation and properties of α‐galactosidase chemically attached to, 339–355

Chitosan microcarriers, cross‐linked by oxidized lactose and culture of primary hepatocytes, 293–301

Cholesterol, application of phospholipase A2 immobilization on porous glass for lowering serum concentration of, 467–478

Collagen, as an immobilization vehicle for bone marrow stromal cells enriched with osteogenic potential, 59–68

Collagen–hydroxyapatite composite, for bone tissue engineering scaffold, 435–448

Controlled release, of vincristine sulfate, 81–88

Costimulatory molecules, amplification of T‐cell activation in vector‐based and vector‐infected dendritic cell vaccines by a triad of, 193–228

D

Deafness, and the bionic ear, 139–143

Dendritic cell vaccines, vector based and vector infected, amplification of T‐cell activation by a triad of costimulatory molecules, 193–228

Dialysis, reduced social costs and alleviation of personal suffering in, 179–184

E

Enzyme electrode, based on lipoxygenase immobilized in gelatin for selective determination of essential fatty acids, 329–337

Essential amino acids treatment, effects on osteopenic bone‐derived osteoblasts, 35–46

Essential fatty acids, selective determination by an enzyme electrode based on lipoxygenase immobilized in gelatin, 329–337

Ethanol‐destabilized method, for encapsulation of protein into preformed liposomes, 303–312

F

Flow cytometry, of liposomes and blood cells, 395–424

G

α‐Galactosidase

chemically attached to activated chitin, 339–355

comparison of chitin and α‐galactosidase for immobilization of, 19–33

Gelatin

arginine selective biosensor based on arginase‐urease immobilized in, 357–363

cross‐linked, immobilization of glutathione‐s‐transferase in cylindrical molds of, 47–57

selective determination of essential fatty acids by an enzyme electrode based on lipoxygenase immobilized in, 329–337

Glutathione‐s‐transferase, immobilization within cross‐linked gelatin cylindrical molds, 47–57

Grafting

of bioartificial organs, 365–382

impact of molecular weight of alginate on biocompatibility for, 383–394

H

Heart, artificial, 113–115

Hemodialysis patients, vitamin E‐bonded cellulose membrane, lipoperoxidation, and anemia in, 185–191

Hemodialytic strategies, 169–178

Hemoglobin

bovine, preparation and characterization of monomethoxypoly(ethylene glycol)‐b‐poly‐dl‐lactide microcapsules containing, 279–292

maintenance of levels by polyethylene‐glycol‐polylactide nano‐dimension artificial red blood cells, 231–247

Hemoglobin raffimer (Hemolink), intravascular persistence and methemoglobin formation of, 1–17

Hemolink™ (hemoglobin raffimer), intravascular persistence and methemoglobin formation of, 1–17

Hepatocytes, primary, culture on chitosan microcarriers cross‐linked by oxidized lactose, 293–301

I

Immobilized microbial cells, continuous production of cephalosporin‐C using symbiotic mode in a packed bed bioreactor, 313–327

International Conference on Current Issues in Blood Substitute Research

oral presentations, 479–505

poster presentations, 507–521

Intravascular persistence, of Hemolink, 1–17

K

Kidney

bionic, 105–110

artificial, 111–112

L

Lactobacillus, free and microencapsulated, and effects of metabolic induction on urea removal, 425–434

Lipoperoxidation, and vitamin E‐bonded cellulose membrane and anemia in hemodialysis patients, 185–191

Liposomes

and blood cells, flow cytometry of, 395–424

preformed, ethanol‐destabilized method for encapsulation of protein into, 303–312

Lipoxygenase, immobilized in gelatin, selective determination of essential fatty acids by an enzyme electrode based on, 329–337

Liver, artificial, 117–126

M

Metabolic induction, free and microencapsulated Lactobacillus and effects on urea removal, 425–434

Metabolic organ functions, artificial cells for replacement of, 151–161

Methemoglobin formation

of Hemolink, 1–17

prevention by polyethylene‐glycol‐polylactide nano‐dimension artificial red blood cells, 231–247

Monomethoxypoly(ethylene glycol)‐b‐poly‐dl‐lactide microcapsules, containing bovine hemoglobin, 279–292

Myasthenia gravis, plasmaperfusion on triptophan columns for improvement of the clinical outcome of patients affected with, 69–79

O

Osteoblasts

cultured from osteoporotic bone, comparative investigation of human and animal‐derived cells for, 263–277

osteopenic bone derived, essential amino acids treatment effects on, 35–46

primary, response to shock wave therapy, 449–466

Osteogenic potential, collagen as an immobilization vehicle for bone marrow stromal cells enriched with, 59–68

Osteopenic bone‐derived osteoblasts, essential amino acids treatment effects on, 35–46

Osteoporotic bone, comparative investigation of human and animal‐derived cells for osteoblasts cultured from, 263–277

Oxidized lactose, culture of primary hepatocytes on chitosan microcarriers cross‐linked by, 293–301

P

Packed bed bioreactor, continuous production of cephalosporin‐C by immobilized microbial cells using symbiotic mode in, 313–327

Pancreas, artificial, 127–138

Phospholipase A2, immobilization on porous glass and application for lowering serum cholesterol concentration, 467–478

Plasmaperfusion, on triptophan columns for improvement of the clinical outcome of patients affected with myasthenia gravis, 69–79

Polyethylene‐glycol‐polylactide nano‐dimension artificial red blood cells, maintenance of systemic hemoglobin levels and prevention of methemoglobin formation by, 231–247

Polypropylene hollow fiber, for cells isolation, 249–262

Porous glass, immobilization of phospholipase A2 on and application for lowering serum cholesterol concentration, 467–478

Protein, encapsulation into preformed liposomes by ethanol‐destabilized method, 303–312

Q

Quality treatment, for patient well being, 179–184

S

Shock wave therapy, response of primary osteoblasts to, 449–466

T

T‐cell activation, in vector‐based and vector‐infected dendritic cell vaccines, amplification by a triad of costimulatory molecules, 193–228

Transplantation

artificial kidney, 111–112

artificial heart, 113–115

artificial liver, 117–126

artificial organs as a bridge to, 163–168

and artificial organs, 91–96

artificial pancreas, 127–138

bionic kidney, 105–110

Triptophan columns, improvement of the clinical outcome of patients affected with myasthenia gravis by plasmaperfusion on, 69–79

U

Urea removal, free and microencapsulated Lactobacillus and effects of metabolic induction on, 425–434

V

Vector‐based and vector‐infected dendritic cell vaccines, amplification of T‐cell activation by a triad of costimulatory molecules, 193–228

Vincristine sulfate, controlled release of, 81–88

Vitamin E‐bonded cellulose membrane, and lipoperoxidation and anemia in hemodialysis patients, 185–191

X

Xenotransplantation, 145–148

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