Switching
off to switch pacemaker cells on
What if we could stop implanting pacemakers and create biological pacemakers by turning existing cardiomyocytes into specialized pacemaker cells? A US team of scientists have been doing just that, but along the way they discovered that for pacemaker cells to ‘switch on’, you first need to suppress some rebellious microRNAs.
New Products
Membrane Protein Immunodetection |
A Rabbit Polyclonal Antibody to Apelin Receptor
Cat #: AAR-030
Type: Polyclonal | Host: Rabbit | Applications: IF, IFC, IHC, WB, *ICC, *IP, *LCI | Reactivity: H, M, R
Ion Channel Pharmacology |
Venom Toxins: |
ω-Conotoxin FVIA |
A Potent Blocker of CaV2.2 Channel |
Cat #: STC-780
Type: Toxins | Source: Natural peptide | MW: 2567 Da | Target: CaV2.2 channels |
Aam-KTX |
A Blocker of Voltage-Gated K+ channels |
Cat #: STA-110
Type: Toxins | Source: Synthetic peptide | MW: 4185 Da | Target: KV K+ channels |
Why Alomone
Labs?
Because we've been producing and
validating membrane protein molecular tools in-house for decades.
(주)엘바이오시스템은 alomone labs의 한국공식대리점입니다.
제품의 주문 및 관련정보가 필요하시면 전화, 이메일로 문의해 주세요.
