All protocols

Undergarments designed specifically to cool the testes are recommended in the fertility context; use cautiously to avoid frostbite.

Recommended because hot tubs and jacuzzis are major enemies of sperm due to warming the testes.

Recommended to question dosing duration and whether shorter use would suffice, such as stopping once you feel better.

May help significantly with the nervous system, especially if copper deficient; discussed as synergistic with BPC and thymosin beta-4 analogs, but only if needed and not for longer than necessary.

Preferred delivery route mentioned because it goes straight into the central nervous system and acts centrally.

If you are beginner to intermediate or lack coaching, choose technically easier exercises to increase likelihood of success and reduce risk; examples given include goblet squats, split squats, and machines.

Instead of testing a true 1RM, do as many reps as possible with a challenging but safe load and use a conversion chart to estimate 1RM.

If you do a set of five and feel you could have done one or two more reps, use that subjective feel to estimate appropriate loading.

Include upper-body horizontal and vertical pressing, upper-body horizontal and vertical pulling, lower-body hinge movements, and lower-body push movements in a well-rounded program. A simple whole-body workout can include one upper-body press, one upper-body pull, one lower-body hinge, and one lower-body press.

During hypertrophy work, look for the target muscle contracting, a pump afterward, and a little next-day soreness. Practical targets given were about 3/10 burn during the set and about 3/10 soreness afterward.

For strength, focus mentally on moving the weight with proper form rather than on the target muscle itself.

Wear a belt not so tight that it does the work for you, but tight enough to provide sensory feedback so you can actively brace your core against it; this can increase core muscle activation.

Create abdominal pressure around the front, sides, and back rather than only the front abs.

Learn to maintain core brace while still breathing; if you must strain maximally just to brace, you lack control. Use a modest brace rather than maximal tension for movements like squatting, hinging, and jumping; example cue was about 20% activation.

When beginning endurance work, choose activities with minimal eccentric landing to reduce soreness and injury risk; examples given include cycling, swimming, rowing, sled pushes, uphill running, and uphill walking. Avoid starting with downhill running or conditioning circuits full of box jumps. If the modality includes landing, progress volume very slowly.

For endurance work, pick the modality you are most technically proficient in and enjoy most, because you are going to do it a lot.

Use a heart rate monitor during the hardest workout you can do and treat the highest number observed as an estimate of your max heart rate.

Include a middle-ground endurance session where you sustain hard work for roughly 4 to 12 minutes at around 80% effort rather than true max. Example structures included 2 minutes hard with 2 minutes rest done twice, mile repeats, or 800-meter repeats. Use about a 1:1 work-to-rest ratio for these hard endurance intervals.

Muscular endurance work helps maintain postural and stabilizing muscle function and supports joint integrity.

If a movement causes pain, do not stop it entirely; reduce load, complexity, or volume to just below the aggravating threshold and train there.

If you repeatedly get minor injuries or pain, simplify the movement, increase stability, and do less volume and less intensity.

Use half your body weight in pounds as ounces of fluid per day as a rough baseline; e.g., a 200 lb person aims for 100 oz/day.

After exercise, drink back about 125% to 150% of the body weight lost as fluid.

Weigh yourself naked before and after training to estimate sweat loss and guide rehydration.

If you came into training already well hydrated and did not weigh yourself, 12 to 20 ounces post-workout is a rough shorthand.

Coffee and tea can generally count toward total daily fluid intake unless caffeine intake is extreme; e.g., water plus coffee can be added together toward hydration totals.

If you start well hydrated, pre-workout fluid can be as little as a few sips, around 5 to 6 ounces.

For getting roughly 500 mg sodium around workouts, table salt was suggested as an easy option—"a couple of sprinkles"—whereas Himalayan salt was described as relatively low in sodium and not the best choice for this purpose.

If exercise causes more than about 1% body-weight loss, hydration strategy becomes more important.

Sauna or other heat exposure can be beneficial, but it should not replace exercise.