Cool down naturally while in a stretched state. Practice for cool down has been to increase load by 20% over last heated load. Cooldown for minimum 10 min as tests show normal temperature is restored after 10 min without heat source.
I’m not sure what you are seeking in your question about decon break, but Kyrpa and Longerstretch both advise the value of a decon break. So if in doubt take a decon break.
From Kyrpa’s work:
Using the ultrasound for therapeutic heat in PE
From post #1 describing the benefit of cooling down in a stretched state, with a closing comment of negative impact of using ice to cool down:
“According to Sapega et al (1981), stretching connective tissue at elevated temperature the condition which under the tissue cools down affects the elongation that remains after tensile stress is removed. They based their hypothesis on Lehmann et al. (1970) , which found that after heated tissue is stretched , maintaining tensile force during cooling down significantly increasing the relative proportion of plastic deformation compared with unloading the tissue while its temperature still high.
They also speculated that cooling the tissue before releasing allows the collagenous micro-structure to re-stabilize more toward its new stretched length.
However (Hardy and Woodal 1998) have questioned benefits the aided cooling while tension. Applying cold while tension it diminished all the gains made in flexibility with every study group.
Therefor applying ice during cool down is not necessary and possibly even counterproductive.”
Initial: 7” BPEL; 6” NBPEL; 5.25” - 5.5” MEG
Current: 7-7/8” BPEL; 7-3/8” NBPEL; 8.5” BPFSL; 6.5” MEG; 6”x5” Flaccid.
Goal: Improved/consistent EQ while managing ED. Secondary: maintain current stats.