Transgenic Animal Genotyping and Phenotyping Core

Cardiovascular COBRE Core B

Overview of Services

Under the direction of Dr. Yumei Feng Earley, Ph.D., Core B aims to establish and operate a centralized facility that provides services, advice, training and technical support for evaluating transgenic animal genotyping and cardiovascular phenotyping research. Operations of a centralized facility is to provide an infrastructure for the success of cardiovascular research and facilitate the development of novel drugs for the treatment of cardiovascular diseases. Major Cardiovascular Phenotyping techniques offered by this core are continuous blood pressure, heart rate, ECG monitoring by radio telemetry system, in vivo calcium imaging & optogenetics in live free-moving mice, echocardiography, laser doppler blood flow recording.

Leadership

Yumei Feng Earley	Gerald Bustos
Core Director	Staff Research Associate
yumeifeng@med.unr.edu	gbustos@med.unr.edu

Location and hours of operation

Hours

Location

Monday-Friday

8:00am-5:00pm

Savitt Health Sciences Room 42

1664 N. Virginia Street

Reno, NV 89557

Links and Resources

Contacts

Name	Role	Phone	Email	Location
Christy Song	COBRE Administrative Specialist	775-784-6957	cmatahum@med.unr.edu	Savitt Health Sciences Room 42
Dr. Yumei Feng Earley	Director	775-784-4116	yumeifeng@med.unr.edu	Savitt Health Sciences Room 42
Jessica Garfield	Director of IDeA Research Administration	775-784-6544	garfieldj@med.unr.edu	Savitt Health Sciences Room 42

Service list

Name	Description	Price
Refurbished DSI PhysioTel® ETA-F10 Transmitter for Mice	Researchers use DSI’s PhysioTel® ETA-F10 transmitter to measure biopotential (ECG, EEG or EMG), temperature and activity data in mice. The ETA-F10 is the smallest of the single channel biopotential implant offered by DSI. The ETA-F10 is most commonly used for cardiovascular research, where ECG and heart rate data are desired; other uses include the collection of EEG data for central nervous system (CNS) applications. Similar to other biopotential transmitters, the ETA-F10 is completely implantable with flexible leads that extend from the transmitter body and serve as sensing electrodes. Pricing is per unit.	Inquire
Telemetric Transmitter Model TA11PA C10 Refurbishment		Inquire
Training Fee	Pricing is per hour.	Inquire

Search available services: View: by category alphabetically

Name	Description	Price
▼ ► Services (3)
Refurbished DSI PhysioTel® ETA-F10 Transmitter for Mice	Researchers use DSI’s PhysioTel® ETA-F10 transmitter to measure biopotential (ECG, EEG or EMG), temperature and activity data in mice. The ETA-F10 is the smallest of the single channel biopotential implant offered by DSI. The ETA-F10 is most commonly used for cardiovascular research, where ECG and heart rate data are desired; other uses include the collection of EEG data for central nervous system (CNS) applications. Similar to other biopotential transmitters, the ETA-F10 is completely implantable with flexible leads that extend from the transmitter body and serve as sensing electrodes. Pricing is per unit.	Inquire
Telemetric Transmitter Model TA11PA C10 Refurbishment		Inquire
Training Fee	Pricing is per hour.	Inquire