Performance begins in the nervous system – why true performance stability is not created in the muscle
Patricia RathgebThe biggest performance factor is invisible
In IGP and service dog sports, much is discussed about:
- grip technique
- drive building
- condition
- muscle strength
However, the decisive factor often remains unnoticed:
The autonomic nervous system.
It determines whether a dog:
- remains recallable
- works stably under pressure
- can switch between activation and relaxation
- fully recovers after exertion
Performance is not just created in the muscle.
It is created in the nervous system.
It is created in the nervous system.
1. Sympathetic vs. Parasympathetic – the balance is key
The autonomic nervous system consists of two antagonists:
Sympathetic – Activation
- increases heart rate
- increases muscle tone
- releases adrenaline
- focuses attention
Indispensable in protection work.
Parasympathetic – Regeneration
- lowers heart rate
- promotes digestion
- supports tissue repair
- regulates inflammatory processes
Indispensable for adaptation.
High-performing dogs can flexibly switch between both states.
It becomes problematic when the sympathetic system dominates.
2. Chronic activation as a Working Dog
IGP and service dogs regularly experience:
- high anticipatory tension
- constant stimuli from people and other dogs
- transport stress
- competition pressure
- intensive training
Sustained physical and mental tension can lead to the following consequences:
- increased baseline tension
- reduced mobility
- prolonged recovery times
- higher susceptibility to muscle injuries
- increased irritability
- gastrointestinal problems
Many performance problems do not arise from too little training –
but from too little regulation.
but from too little regulation.
3. Concentration before competition – Activation without overstimulation
Before a test, the dog needs:
- focus
- tension
- readiness to react
But overactivation leads to:
- frantic behavior
- reduced impulse control
- errors in obedience
- unstable grip behavior
Optimal performance arises in the so-called "optimal activation window".
This is individual.
The nervous system decides whether the dog operates within this window.
4. Regeneration after exertion – the underestimated period
After intense sessions, the system must switch over.
If the dog remains in activation mode:
- inflammation resolution is delayed
- muscle tone remains elevated
- sleep quality decreases
- the adaptation phase lengthens
Regeneration begins in the parasympathetic nervous system.
Without neural regulation, adaptation remains incomplete.
Without neural regulation, adaptation remains incomplete.
5. Neurostimulation as targeted control
Modern neurostimulation uses ELF frequencies (3–30 Hz) that fall within the range of physiological brain waves.
These impulses can:
- accompany activation
- promote relaxation
- support vegetative balance
The special feature is not in the individual impulse –
but in the targeted application at the right time.
but in the targeted application at the right time.
Before exertion.
After exertion.
Between training cycles.
After exertion.
Between training cycles.
6. The BEST-BOX – integrated control of tissue & nervous system
The BEST-BOX combines:
- photobiomodulation
- infrared-B
- neurostimulation
Thus, it simultaneously acts on:
- cell energy (ATP production)
- tissue quality
- autonomic regulation
The decisive advantage:
Muscle, connective tissue, and the nervous system are not addressed in isolation –
but in a single system.
but in a single system.
This results in:
- targeted activation before intense sessions
- structured regeneration afterward
- more stable performance cycles
The BEST-BOX thus becomes the central performance control system.
7. Your mobile companion – BIOS Dog Blanket in everyday life
While the BEST-BOX represents the central training and regeneration system, the BIOS Dog Blanket provides mobile neuroregulative support:
- at events
- during transport
- at multi-day events
- in the home environment
This ensures that the control of the autonomic nervous system is not limited to individual applications.
Regulation is continuously supported.
[Image and links: BIOS TRAVEL and HOME]
8. Practical example – when the nervous system makes the difference
An IGP dog shows:
- high motivation
- strong drive
- technically clean work
But in competition:
- he easily overreacts
- loses grip stability
- reacts more sensitively to stimuli
No muscular weakness.
Analysis shows:
- increased baseline tension
- delayed parasympathetic switch
- prolonged regeneration phase
Targeted neuroregulative support before and after training stabilizes:
- focus
- recallability
- muscular looseness
- regeneration speed
Performance becomes more consistent – not through more pressure, but through better control.
9. Systemic Performance Management
A modern working dog approach combines:
- training stimulus
- tissue support
- cell energy
- nervous system regulation
Performance is not a single aspect.
It is the result of a coordinated system.
The BEST-BOX forms the core –
as the connecting element between activation, regeneration, and structural management.
as the connecting element between activation, regeneration, and structural management.
10. Future perspective – from training dog to athlete
In human performance sports, neural control has long been established.
Working dogs are athletes.
Those who want to keep them performing long-term should:
- understand stress
- manage regeneration
- actively support the nervous system
Not reactively.
But strategically.
But strategically.
FAQ
Why is the nervous system so important for sports dogs?
Because it controls muscle tension, concentration, regeneration, and stress processing.
Can a dog be chronically overactivated?
Yes. Chronic sympathetic dominance can impair performance stability and recovery.
Is neurostimulation only for problem dogs?
No. Especially performance dogs benefit from targeted autonomic regulation.
