Data from: Raw qPCR, cAMP ELISA, and proton flux data from marine medaka exposed to CO₂-induced seawater acidification

This dataset contains the raw data associated with the manuscript
“Isotocin receptor-adenylyl cyclase signaling mediates pH compensation in
marine fish exposed to CO₂-induced acidification.” It includes
quantitative PCR (qPCR) data for genes involved in acid-base regulation,
cAMP measurements determined by ELISA, and proton secretion data obtained
from yolk-sac ionocytes. The dataset also contains results from Morpholino
(MO)-mediated knockdown experiments targeting ITRb and ADCY5, used to
assess their functional roles in epithelial H⁺ secretion under hypercapnic
conditions. Data were collected from marine medaka (Oryzias melastigma)
exposed to control (pH 8.1, pCO2~~0.03 kPa) and CO2~-acidified seawater
(pH 7.6, pCO~2~~0.14 kPa), supporting analyses of hormonal regulation and
the molecular mechanisms underlying acid-base regulation during ocean
acidification.