The analyses carried out by turnPOINT are highly accurate and can improve the effectiveness of endurance training. The system uses innovative algorithms to analyze the behavior of physiological parameters such as heart rate, ventilation and blood lactate concentration during incremental exercise tests.
Based on specific submaximal and maximal markers, training load can be managed very effectively.
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Raw data from various measurement systems can be quickly and easily imported. This data forms an immutable database. The derived data can then be edited and used as the basis for analyses and graphical representations.
It is possible to analyze multiple physiological parameters alongside one another. This can significantly improve the accuracy of endurance performance tests. Typically, two turn points and three phases are observed.
Both total energy expenditure and the dynamics of fat and carbohydrate metabolism can be clearly visualized. This provides valuable insights into training zones and the necessary energy intake.
Training zones can be defined using submaximal and maximal markers. You can give them any name you like and assign a specific color to each one. This allows you to customize your training zone system according to your preferences.
Performance development can be analyzed in graphical and tabular form. Analysis of multiple tests can be compared with one another. It is also possible to compare test analysis from different individuals.
Chart analysis provides deeper insights into the behavior of physiological parameters during exercise testing. It visualizes relevant information and calculates meaningful indicators.
In modern performance diagnostics, resting values, submaximal and maximal markers provide the basis for individualized training load management. These markers are determined by the behavior of physiological parameters during incremental exercise tests. Physiological parameters measured in such graded or ramp exercise tests exhibit two turn points and three phases. This three-phase model is considered the scientific standard (Binder et al., 2008, Mezzani et al., 2012):
The three-phase model is based on a concept outlined by Skinner & McLellan (1980) and the lactate shuttle theory of G. A. Brooks (1986), which describe three phases of energy supply. The Three-phase model of energy supply has been experimentally confirmed in recent years (Moser et al., 2017; Spendier et al., 2020; Wallner et al., 2013).
Get in touch to find out more about turnPOINT and our packages, or to get demo access to the software.
START
€ 14.90 / month
1 user
Available Test Packages
30
BASIC
€ 34.90 / month
3 users
Available Test Packages
30
100
Popular
STANDARD
€ 49.90 / month
10 Benutzer
Options for an additional fee
Available Test Packages
30
100
300
PREMIUM
€ 124.90 / month
30+ Benutzer
Options for an additional fee
Available Test Packages
30
100
300
1000
|
START
€ 14.90 /month
|
BASIC
€ 34.90 /month
|
POPULAR
STANDARD
€ 49.90 /month
|
PREMIUM
€ 124.90 /month
|
|
|---|---|---|---|---|
| User | 1 | 3 | 10 | 30+ |
|
Data Import
Manual data entry and
data import from standard measurement systems |
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| Standard Report | ||||
| Test Analysis Comparison | ||||
| Trainings Zones | ||||
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Data Migration
Data transfer from existing databases
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| Customised Report | optional | optional | ||
| User Groups | 3+ | |||
| Chart Analysis | optional | optional | optional | optional |
| Test Packages |
30
|
30
100
|
30
100
300
|
30
100
300
1000
|
Package 30
€ 99.00
30 tests
Package 100
€ 199.00
100 tests
Package 300
€ 299.00
300 tests
Package 1000
€ 529.00
1000 tests











