Plantele au fost utilizate ca sursă principală de fitochimicale cu aplicații nutriționale, medicinale, culturale și cosmetice din timpuri imemoriale. În zilele noastre, realizarea dezvoltării durabile, schimbările climatice globale, accesul restricționat la apa dulce, aprovizionarea limitată cu alimente și cererea crescândă de energie sunt printre provocările globale critice cu care se confruntă omenirea. Tehnologia culturii de celule vegetale are potențialul de a aborda unele dintre aceste provocări, oferind instrumente eficiente pentru aprovizionarea durabilă a fitoingredienților cu amprente reduse de energie, carbon și apă. Scopul principal al acestei revizuiri este de a discuta despre tendințele recente în dezvoltarea tehnologiilor de cultură a celulelor vegetale pentru producția de substanțe derivate din plante cu aplicare în produse alimentare și formulări cosmetice.

Etapele și cerințele tehnologice specifice pentru produsele finale sunt discutate în lumina progreselor în tehnologiile de cultivare utilizate pentru cultivarea sistemelor in vitro de plante diferențiate și nediferențiate. Perspectivele viitoare și provocările existente ale comercializării produselor derivate din cultura de celule vegetale au fost subliniate prin prisma punctului de vedere al autorilor. Ne așteptăm ca această revizuire să încurajeze oamenii de știință, factorii de decizie politică și întreprinderile comerciale să se alăture eforturilor pentru accelerarea comercializării în masă și popularizării tehnologiei culturii de celule vegetale ca metodă alternativă ecologică pentru producția durabilă de aditivi derivate din plante cu aplicare în produse alimentare și cosmetice. produse.

INTRODUCERE

Culturile de celule vegetale sunt capabile să sintetizeze o gamă largă de fitochimicale care sunt utilizate ca produse farmaceutice, aditivi alimentari și ingrediente cosmetice. Deși majoritatea cercetărilor s-au concentrat pe producerea de compuși importanți din punct de vedere farmaceutic, în ultimul deceniu s-a înregistrat un avans remarcabil în dezvoltarea tehnologiilor de cultură a celulelor vegetale utilizate pentru producerea de ingrediente cosmetice active sau aditivi alimentari.

Plant Preservative Mixture
PCT03	Plant Cell Technology	250 ml	EUR 372
Description: Plant Preservative Mixture, also known as PPM, is a powerful biocide against waterborne, endogenous contamination, airborne, fungal contamination and human contact. It is a liquid solution that prevents and reduces microbial contamination in plant tissue culture, and it is an excelent replacement of the antibiotics. It targets and inhibits multiple enzymes, the formation of resistant mutants towards PPM is unlikely. It is used both as a biocide and biostatic compound as a preventative measure.

Plant Preservative Mixture
PCT04	Plant Cell Technology	500 ml	EUR 540
Description: Plant Preservative Mixture, also known as PPM, is a powerful biocide against waterborne, endogenous contamination, airborne, fungal contamination and human contact. It is a liquid solution that prevents and reduces microbial contamination in plant tissue culture, and it is an excelent replacement of the antibiotics. It targets and inhibits multiple enzymes, the formation of resistant mutants towards PPM is unlikely. It is used both as a biocide and biostatic compound as a preventative measure.

Plant Preservative Mixture PPM
PCT05	Plant Cell Technology	1000 ml	EUR 958.8
Description: Plant Preservative Mixture, also known as PPM, is a powerful biocide against waterborne, endogenous contamination, airborne, fungal contamination and human contact. It is a liquid solution that prevents and reduces microbial contamination in plant tissue culture, and it is an excelent replacement of the antibiotics. It targets and inhibits multiple enzymes, the formation of resistant mutants towards PPM is unlikely. It is used both as a biocide and biostatic compound as a preventative measure.

Supreme Plant Tissue Culture Grade Agar
PCTA100	Plant Cell Technology	500g	EUR 144
Description: A polysaccharide complex that is produced from the red alga Rhodophyceae. The extraction of agarocytes is obtained by bleaching and hot water. Supreme Plant Tissue Culture Grade Agar offers greater clarity of plant culture media.

Supreme Plant Tissue Culture Grade Agar
PCTA500	Plant Cell Technology	1000g	EUR 180
Description: A polysaccharide complex that is produced from the red alga Rhodophyceae. The extraction of agarocytes is obtained by bleaching and hot water. Supreme Plant Tissue Culture Grade Agar offers greater clarity of plant culture media.

Myoglobin (Up-converting Phosphor Technology)
abx095254-80Units	Abbexa	80 Units	EUR 1144.8

D-Dimer (Up-converting Phosphor Technology)
abx095256-80Units	Abbexa	80 Units	EUR 1579.2

Procalcitonin (Up-converting Phosphor Technology)
abx095257-80Units	Abbexa	80 Units	EUR 1429.2

Interleukin-6 (Up-converting Phosphor Technology)
abx095258-80Units	Abbexa	80 Units	EUR 1914

Creatine Kinase MB (Up-converting Phosphor Technology)
abx095253-80Units	Abbexa	80 Units	EUR 1144.8

C-Reactive Protein (Up-converting Phosphor Technology)
abx095259-80Units	Abbexa	80 Units	EUR 1144.8

Hach DR3900 VIS Spectral Photometer With RFID Technology
WAT3800	Scientific Laboratory Supplies	EACH	EUR 8928

Cardiac Troponin I (cTnI) (Up-converting Phosphor Technology)
abx095252-80Units	Abbexa	80 Units	EUR 1579.2

Heart-fatty acid-binding protein (Up-converting Phosphor Technology)
abx095255-80Units	Abbexa	80 Units	EUR 1914

Lipoprotein-associated phospholipase A2 (Up-converting Phosphor Technology)
abx095250-80Units	Abbexa	80 Units	EUR 1863.6

N-terminal Pro-B-type Natriuretic Peptide (Up-converting Phosphor Technology)
abx095251-80Units	Abbexa	80 Units	EUR 1579.2

ReadiLinkâ„¢ Protein Biotinylation Kit *Powered by ReadiViewâ„¢ Biotin Visionization Technology*
5521-3Reactions	AAT Bioquest	3 Reactions	EUR 222
Description: Biotin is widely used for labeling biomolecules, in particular, antibodies.

ReadiLink™ Protein Biotinylation Kit *Powered by ReadiView™ Biotin Visionization Technology*
5521	AAT Bioquest	1 kit	EUR 222

Blue screw cap (9mm) (PP: red silicone/ivory PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-20	Scientific Laboratory Supplies	PK100	EUR 18

Blue screw cap (9mm) (PP: red silicone/ivory PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-20F	Scientific Laboratory Supplies	PK5000	EUR 806.4

Blue screw cap (9mm) (PP: red silicone/ivory PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-20T	Scientific Laboratory Supplies	PK1000	EUR 170.4

Blue screw cap (9mm) (PP: white silicone/blue PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-30	Scientific Laboratory Supplies	PK100	EUR 19.2

Blue screw cap (9mm) (PP: white silicone/red PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-30F	Scientific Laboratory Supplies	PK5000	EUR 860.4

Blue screw cap (9mm) (PP: white silicone/red PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-30T	Scientific Laboratory Supplies	PK1000	EUR 181.2

Blue screw cap (9mm) (PP: white silicone/blue PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-40F	Scientific Laboratory Supplies	PK5000	EUR 1290

Blue screw cap (9mm) (PP: white silicone/blue PTFE septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-40T	Scientific Laboratory Supplies	PK1000	EUR 272.4

Blue screw cap (9mm) (PP: red natural rubber/clear TEF septa: 1.0mm thickness) with AVCS technology ; Level 1 Everyday Analysis
CHSC9-10	Scientific Laboratory Supplies	PK100	EUR 15.6