Beckman Coulter Life Sciences
Livsvitenskap
Vårt utvalg av labutstyr er bredt og inkluderer alt fra store biobanker, mikroskoper, PCR-maskiner, flow cytometer til ELISA-maskiner. Vi samarbeider med kvalitets produsenter for å sikre at du får produkter som holder høy standard og sikrer dine behov i laben på en trygg måte. Vi er her for å hjelpe deg med å velge riktig utstyr for dine behov. Vårt mål er å være din foretrukne leverandør for labutstyr. NMAS hjelpe deg med å gjøre dine forskningsprosjekter en suksess.
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Beckman Coulter Life Sciences
CD71-APC-Alexa Fluor¸ 700, 50 Tests, ASR
The CD71 antigen is known as the transferrin receptor. It mediates cellular iron uptake via internalization and recycling. It is a type II membrane glycoprotein, characterized as a disulfide-bound dimer of two identical subunits of 95 kDa each.A97051 -
Beckman Coulter Life Sciences
CD71-APC-Alexa Fluor¸ 750, 50 tests, ASR
The CD71 antigen is known as the transferrin receptor. It mediates cellular iron uptake via internalization and recycling. It is a type II membrane glycoprotein, characterized as a disulfide-bound dimer of two identical subunits of 95 kDa each.A89313 -
Beckman Coulter Life Sciences
CD71-FITC 100 tests ASR
The CD71 antigen is known as the transferrin receptor. It mediates cellular iron uptake via internalization and recycling. It is a type II membrane glycoprotein, characterized as a disulfide-bound dimer of two identical subunits of 95 kDa each.IM0483U -
Beckman Coulter Life Sciences
CD71-FITC 100 tests CE
The CD71 antigen is known as the transferrin receptor. It mediates cellular iron uptake via internalization and recycling. It is a type II membrane glycoprotein, characterized as a disulfide-bound dimer of two identical subunits of 95 kDa each.IM0483 -
Beckman Coulter Life Sciences
CD71-PE 100 tests ASR
The CD71 antigen is known as the transferrin receptor. It mediates cellular iron uptake via internalization and recycling. It is a type II membrane glycoprotein, characterized as a disulfide-bound dimer of two identical subunits of 95 kDa each.IM2001U -
Beckman Coulter Life Sciences
CD73-PE, 1ml, ASR
CD73 is a 5'-nucleotidase anchored to the membrane by a glycosylphosphatidylinositol (GPI) structure. CD73 is a dimer of two identical 70 kD subunits.B68176 -
Beckman Coulter Life Sciences
CD79a-APC, 100 tests, CE-IVD
The CD79a molecule (MB-1, Igα) is part of the MB-1/B29 (CD79a/CD79b) disulfide-linked heterodimer which is non-covalently associated with membrane immunoglobulins (Igs) to build the B Cell antigen Receptor (BCR) complex.B36287 -
Beckman Coulter Life Sciences
CD79a-PC5 100 tests ASR
The CD79a molecule (MB-1, Igα) is part of the MB-1/B29 (CD79a/CD79b) disulfide-linked heterodimer which is non-covalently associated with membrane immunoglobulins (Igs) to build the B Cell antigen Receptor (BCR) complex.IM3456U -
Beckman Coulter Life Sciences
CD79a-PC5.5, 50t, ASR
The CD79a molecule (MB-1, Igα) is part of the MB-1/B29 (CD79a/CD79b) disulfide-linked heterodimer which is non-covalently associated with membrane immunoglobulins (Igs) to build the B Cell antigen Receptor (BCR) complex.B42018 -
Beckman Coulter Life Sciences
CD79a-PE 100 tests ASR
The CD79a molecule (MB-1, Igα) is part of the MB-1/B29 (CD79a/CD79b) disulfide-linked heterodimer which is non-covalently associated with membrane immunoglobulins (Igs) to build the B Cell antigen Receptor (BCR) complex.IM2221U -
Beckman Coulter Life Sciences
CD79a-PE 100 tests CE
The CD79a molecule (MB-1, Igα) is part of the MB-1/B29 (CD79a/CD79b) disulfide-linked heterodimer which is non-covalently associated with membrane immunoglobulins (Igs) to build the B Cell antigen Receptor (BCR) complex.IM2221 -
Beckman Coulter Life Sciences
CD79b-APC, 0.5ML, 50 tests CE
The CD79b molecule (B29, Igβ) is part of the CD79a / CD79b disulphide-linked heterodimer, non-covalently bound to surface immunoglobulins to form B cell receptors (BCR). The molecular weight of CD79b is about 33 to 40 kDa in reducing conditions.B96773 -
Beckman Coulter Life Sciences
CD79b-PC5.5, 50 Tests, ASR
The CD79b molecule (B29, Igβ) is part of the CD79a / CD79b disulphide-linked heterodimer, non-covalently bound to surface immunoglobulins to form B cell receptors (BCR). The molecular weight of CD79b is about 33 to 40 kDa in reducing conditions.B21445 -
Beckman Coulter Life Sciences
CD79b-PE 100 tests ASR
The CD79b molecule (B29, Igβ) is part of the CD79a / CD79b disulphide-linked heterodimer, non-covalently bound to surface immunoglobulins to form B cell receptors (BCR). The molecular weight of CD79b is about 33 to 40 kDa in reducing conditions.IM1612U -
Beckman Coulter Life Sciences
CD79b-PE 100 tests CE
The CD79b molecule (B29, Igβ) is part of the CD79a / CD79b disulphide-linked heterodimer, non-covalently bound to surface immunoglobulins to form B cell receptors (BCR). The molecular weight of CD79b is about 33 to 40 kDa in reducing conditions.IM1612 -
Beckman Coulter Life Sciences
CD8 beta -ECD 100 tests RUO
Along with CD8α, the CD8β polypeptide molecule is one of the two chains which can be expressed within the CD8 dimer. CD8α is required for surface expression of CD8β.6607123 -
Beckman Coulter Life Sciences
CD8-APC 100 tests ASR
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.IM2469U -
Beckman Coulter Life Sciences
CD8-APC 100 tests CE
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.IM2469 -
Beckman Coulter Life Sciences
CD8-APC, 50 tests, ASR
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.A99023 -
Beckman Coulter Life Sciences
CD8-APC-Alexa Fluor 700, 50 tests, CE
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.B49181 -
Beckman Coulter Life Sciences
CD8-APC-Alexa Fluor¸ 750, 50 Tests, CE
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.A94683 -
Beckman Coulter Life Sciences
CD8-Alexa Fluor 700, 0.5 ml, ASR
The CD8 antigen is a disulfide-linked dimer, which exists either as a CD8α homodimer or as a CD8α/β heterodimer. CD8α is required for surface expression of CD8β. The molecular weight of each monomer of α or β is approximately 32-34 kDa.B76279
Livsvitenskap
Laboratoriumutstyr som biobanker, mikroskoper, PCR-maskiner og flow cytometer er viktige verktøy for forskere innen livsvitenskap.
Biobank
Biobanker er en viktig ressurs for livsvitenskap forskere. De samler og lagre biologiske materialer som blod, urin og celler fra mennesker og dyr. Dette materialet kan brukes til å studere sykdommer, genetiske forandringer og andre biologiske processer.
Cellebiologi
Cellebiologi studerer celler og deres funksjoner. Dette inkluderer studiet av cellens struktur, metabolisme, signalering og reproduksjon. Cellebiologi er en viktig del av livsvitenskap forskningen, og laboratoriumutstyr som mikroskoper og fluorescensmikroskoper er viktige verktøy for å studere celler på detaljerte nivåer.
Mikrobiologi
Mikrobiologi studerer mikroorganismer som bakterier, svampe og vira. Dette inkluderer studiet av deres struktur, metabolisme, genetiske karakteristiker og deres rolle i økosystemer og sykdommer. Mikrobiologi er en viktig del av livsvitenskap forskningen, og laboratoriumutstyr som bakterieplater og PCR-maskiner er viktige verktøy for å studere mikroorganismer.
Molekylærbiologi
Molekylærbiologi studerer molekyler som DNA, RNA og proteiner. Dette inkluderer studiet av deres struktur, funksjon og rolle i biologiske processer. Molekylærbiologi er en viktig del av livsvitenskap forskningen, og laboratoriumutstyr som PCR-maskiner og gel-elektroforer er viktige verktøy for å studere molekyler.
Elektrofysiologi
Elektrofysiologi studerer elektriske signaler i levende organismer. Dette inkluderer studiet av nervesystemet, muskelkontraksjoner og andre elektriske processer. Elektrofysiologi er en viktig del av livsvitenskap forskningen, og laboratoriumutstyr som elektroder og elektrofysiologiske apparater er viktige verktøy for å studere elektriske signaler.
Immunologi
Immunologi studerer immunsystemet og dens rolle i å forsvare organismer mot sykdommer og andre fremmedlegene. Dette inkluderer studiet av immunceller, immunproteiner og immunrespons. Immunologi er en viktig del av livsvitenskap forskningen, og laboratoriumutstyr som flow cytometer og ELISA-maskiner er viktige verktøy for å studere immunsystemet.