Macula Densa Cell Markers

Clicking on a molecule name will take you to our selection of antibodies, proteins, small molecules, immunoassays, and enzymatic assays for that molecule.

Macula Densa Cell Markers
Secreted Factors
MGP
Renin
ProductsClose
sFRP-2
ProductsClose
Cell Surface
Adenosine Receptors
Adenosine Receptors
Adrenergic beta-1 Receptor
Adrenomedullin R
Angiotensin AT1 Receptor
ProductsClose
Bradykinin RB2
Calcium Channels,
Voltage-Activated
Calcium-sensing R/CaSR
Connexins
CRLR
ProductsClose
Dopamine Receptors
EGFR
ProductsClose
Endothelin Receptors
gp130
ProductsClose
GR/NR3C1
ProductsClose
Histamine H2 R
Jagged 1
ProductsClose
LRP6
ProductsClose
Mineralocorticoid R
NKCC1
Notch-3
ProductsClose
NPRA/NPR1
ProductsClose
NPY1R
ProductsClose
OXTR
ProductsClose
PAFR
ProductsClose
Phospholemman
Potassium Channels,
Inward Rectifier
Potassium Channels,
Voltage-Gated
PRL-3/PTP4A3
Prostanoid Receptors
Renin R
ProductsClose
S1P Receptors
SUCNR1/GPR91
TGF-beta RII
TrkB
ProductsClose
TRPC Cation Channels
VIP Receptors
Intracellular
Adenylyl Cyclases
Aiolos/IKZF3
AKR7A2
alpha-Smooth Muscle Actin
ARID5B
Calcineurin
ProductsClose
Calmodulin
Cathepsin B
ProductsClose
CBP/p300
ProductsClose
CBP
CDX1
cGK1/PRKG1
COX-2
ProductsClose
Creb
ProductsClose
CRIP1
ProductsClose
Dicer
ERR gamma/NR3B3
FoxD1
G alpha Proteins
Gata3
ProductsClose
GFI1B
Guanylate Cyclases
HoxD10
IP3 Receptors
JPH2
LXR alpha
Mef2c
ProductsClose
Myosin Heavy Chain 11
NFAT Isoforms
NFkB Isoforms
ProductsClose
NKX Isoforms
p38
ProductsClose
p38
Phosphodiesterases
Phospholamban
PKA Isoforms
PKC Isoforms
PLC Isoforms
PPAR gamma
RAR alpha
RBP-J
ProductsClose
CSL
RGS5
RXR alpha
Ryanodine Receptors
Serum Response Factor SRF
SNAP23
ProductsClose
STATs
TATA binding protein TBP
TCF3
ProductsClose
Thyroid Hormone Receptors
TRDN/Triadin
VAMP2
VDR
ProductsClose
Macula Densa Cell Markers

Overview

Macula Densa Cells Overview

The macula densa (MD) is a region of tubular epithelium at the transition from the thick ascending loop to the distal convoluted tubule. MD cells are adjacent to both afferent and efferent glomerular arterioles. They provide tubuloglomerular feedback in the juxtaglomerular apparatus (JGA), adjusting arteriolar flow based on the composition of tubular filtrate. MD cells monitor the Na+ concentration in the tubular fluid by means of changes in sodium-driven increases in NCKK2 cotransport. They regulate afferent arteriolar tone and glomerular filtration rate (GFR) in response to both increases and decreases in Na+ concentration.