bike75.gif (2872 bytes)
CYCLING PERFORMANCE TIPS

"Knowledge is the key to improving your cycling performance."

- CPT mission statement -

Cardiologists Albany OR

This page provides useful content and local businesses that can help with your search for Cardiologists. You will find helpful, informative articles about Cardiologists, including "HEART RATE MONITORS". You will also find local businesses that provide the products or services that you are looking for. Please scroll down to find the local resources in Albany, OR that will answer all of your questions about Cardiologists.

Daniel D Mulkey
(541) 926-0393
1086 7th Ave Sw
Albany, OR
Specialty
Cardiology, Internal Medicine

Data Provided By:
Thomas F Clark
(541) 926-0393
1086 7th Ave Sw
Albany, OR
Specialty
Cardiology, Internal Medicine

Data Provided By:
Thomas L Marker
(541) 768-5205
3600 Nw Samaritan Dr
Corvallis, OR
Specialty
Cardiology, Internal Medicine, Cardiovascular Disease

Data Provided By:
Janice L Serven Frost, MD
(541) 753-9497
410 NW Walnut Blvd Ste A
Corvallis, OR
Specialties
Cardiology
Gender
Female
Education
Medical School: Univ Of Wa Sch Of Med, Seattle Wa 98195
Graduation Year: 1983

Data Provided By:
Jeffrey W Watkins
(541) 768-5205
3600 Nw Samaritan Dr
Corvallis, OR
Specialty
Cardiology, Internal Medicine, Cardiovascular Disease

Data Provided By:
William J Lear
(541) 926-6030
1086 7th Ave Sw
Albany, OR
Specialty
Cardiology, Internal Medicine

Data Provided By:
Susan A Newcomb
(541) 812-4980
1100 7th Ave Sw
Albany, OR
Specialty
Cardiology, Internal Medicine

Data Provided By:
Randall Vincent Bream, MD
(707) 468-0389
3600 NW Samaritan Dr Ste E350
Corvallis, OR
Specialties
Cardiology
Gender
Male
Education
Medical School: Finch U Of Hs/Chicago Med Sch, North Chicago Il 60664
Graduation Year: 1980

Data Provided By:
Matthew L Lindberg
(541) 768-5205
3600 Nw Samaritan Dr Ste E350
Corvallis, OR
Specialty
Cardiovascular Disease

Data Provided By:
Jeffrey Walter Watkins, MD
(541) 768-5205
3600 NW Samaritan Dr Ste E-350
Corvallis, OR
Specialties
Cardiology
Gender
Male
Education
Medical School: Va Commonwealth Univ, Med Coll Of Va Sch Of Med, Richmond Va 23298
Graduation Year: 1979

Data Provided By:
Data Provided By:

HEART RATE MONITORS

 



CONTENTS

  • Basic cardiovascular physiology
  • Pros and cons of using a heart rate monitor
  • Definitions
  • Calculating your maximum heart rate
  • Heart rate training zones
  • Training tips using a heart rate monitor
  • Resting heart rate
  • An opposing opinion The Heart Rate Monitor (HRM) is touted by many cyclists and trainers as the most significant training advance in the last ten years. Although many coaches refuse to work with an athlete without the physiologic training information it provides, HRMs have their detractors. And that small backlash is slowly growing. An alternative to a HRM, not quite as technical and rigid, uses perceived effort as a measure of your level of exertion.

    BASIC CARDIOVASCULAR PHYSIOLOGY

    First, let's review the basic physiology of the circulatory system asking ourselves the question "What does the heart rate really indicate?" The components of the cardiovascular system are:
    • the heart (the pump)
    • the arteries (a distribution system)
    • the capillaries (the exchange system where gases, nutrients, and other chemical compounds move to and from surrounding tissue
    • the veins (which are the return circuit) With every heart beat (contraction of the heart pump), a certain amount of blood (stroke volume) is pushed through the system. The contraction frequency of the heart is the heart rate (HR). The amount of blood moved to the cells of the body every minute is the product of the heart rate and stroke volume (HR x strove volume).

      With physical activity (exercise) more oxygen is required by the muscle cells, and the circulatory system responds by increasing the heart rate (and the cardiac output). With aerobic training, the actual amount of blood pumped per heart beat (stroke volume) increases and the efficiency of the exchange process at the capillary level improves. The result is a lower heart rate for any level of physical activity in the trained versus the untrained individual. Thus aerobic training benefits include:

      • a lower resting heart rate
      • a lower heart rate for a specific level of exertion
      • an increased exercise capacity at an individual's maximum heart rate. The training effect results when the heart muscle is "stressed" by an increase in cardiac output (just as muscles in the arms and legs respond to the stress of lifting free weights). As the cardiac output is directly proportional to the heart rate, a heart rate monitor (HRM) can be used to structure and monitor an aerobic training program. (For additional background see Basic Exercise Physiology - the cardiac system.)

        Let's look at the pros and cons on the use of a HRM.

        PROS AND CONS

        The ADVANTAGES of a HRM include its use:

        • as a motivational tool - like a coach ; brings objectivity to a training program.
        • to teach beginners to read their bodies and avoid anaerobic overtraining.
        • to aid in doling out energy during time trialing or climbing, saving some for the final effort.
        • to analyze ra...

Click here to read the rest of this article from CYCLING PERFORMANCE TIPS

Performance Quiz | Appendix | Index/Glossary | Site Map | Contact