high_ltn
True Pretty Boy
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Also shut the fuck up about "muh H2O"
This has been in the works for about a week (Scaffolding)
High Effort Thread By @high_ltn
How To Maximize Puberty For Teenagers
I would call you fucking insane if you said that none of this mattered
Tags: @Orka @Aryan Incel @Glorious King @Gengar @Ralix
Table Of Contents
| Chapter I | Teens 'Starving' Themselves To "Look Better" | |
| HGH & Usages Of Hormones/Injectables | |
| Chapter III | Diet | |
| Chapter IV | Sleep | |
| Chapter V | Lifestyle | |
| Chapter VI | Gym |
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Chapter I
'Starvation' in hopes to look better and achieve a slimmer face
Introduction
During the ages of 14–18 is a crucial period of establishment of the body’s lifelong foundation: boys lay down tremendous bone mass and go through hormonal maturation (precisely increasing testosterone and a maturing hypothalamic-pituitary-gonadal axis). Starving (excessive caloric restriction or chronic poor energy) at this stage steals from the body the energy and nutrients it requires running those growth processes.
The result is disruption of the usual secretion of hormones and bone accumulation at the very time those systems are maximally subject to alteration producing both acute illness outcomes (fatigue, bone breaks, delayed puberty) and increased subsequent risk of brittle bones and hormonal malfunction.
Evidence
Peak bone mass is built in adolescence, missing it matters.
Peak bone mass is achieved in adolescence and makes a difference. The majority of bone is established by the end of the second decade of life; bone mass attained in the teenage years (peak bone mass) is a principal determinant of future lifetime risk of fracture and osteoporosis. Without sufficient calories, protein, calcium and vitamin D, a teenage boy may never meet his genetic potential for bone mass.
(Source: https://www.osteoporosis.foundation...prevention/nutrition-children-and-adolescents)
Low energy availability reduces bone formation and raises fracture risk.
Low energy availability reduces bone formation and raises fracture risk. Chronic undernutrition (intentional or secondary to an eating disorder) causes a state, referred to as low energy availability/Relative Energy Deficiency in Sport (RED-S). RED-S slows down bone formation, alters bone remodeling and is associated with a heightened prevalence of stress fractures and suboptimal bone mineral content in young and adolescent sport males included. During the phase of rapid growth, such bone accrual defect is especially deleterious.
(Source: https://www.thieme-connect.com/products/ejournals/pdf/10.1055/a-1947-3174.pdf)
Hormonal disruption in males: testosterone, growth and the HPG axis.
Hormonal disruption in males: testosterone, growth and the HPG axis.
Adequate energy and body fat are cues required for normal hypothalamic and pituitary activity. Severe or chronic caloric restriction reduces systemic testosterone and is capable of blunting pulsatile LH/FSH activity. Low testosterone in teenage males reduces muscle and bone anabolism, may slow down sexual maturation, and decreases the hormonal stimulus necessary for bone mineralization.
MDPI
(Source: https://www.mdpi.com/2072-6643/15/24/5086)
Conclusion
Withholding food from yourself between the ages of 14–18 is dangerous for males because it interferes with the two intertwined processes that are typical of male adolescent health: rising sex hormones (specifically testosterone) and bone accretion. The immediate effects are weak energy, slowed/abnormal pubertal development, less muscle mass and higher bone fracture risk; the later effect is the possible existence of an enduringly lower peak bone mass and higher lifetime risk of osteoporosis and bone fracture. If yourself or someone you care about is restricting food, it’s very important to seek help from an adult you trust and a health care worker (pediatrician, sports medicine expert, or dietitian) timely assessment and appropriate nutrition may prevent long-lasting harm.
__________________________________________________________________________________________________________________________________
Peak bone mass is built in adolescence, missing it matters.
Peak bone mass is achieved in adolescence and makes a difference. The majority of bone is established by the end of the second decade of life; bone mass attained in the teenage years (peak bone mass) is a principal determinant of future lifetime risk of fracture and osteoporosis. Without sufficient calories, protein, calcium and vitamin D, a teenage boy may never meet his genetic potential for bone mass.
(Source: https://www.osteoporosis.foundation...prevention/nutrition-children-and-adolescents)
Low energy availability reduces bone formation and raises fracture risk.
Low energy availability reduces bone formation and raises fracture risk. Chronic undernutrition (intentional or secondary to an eating disorder) causes a state, referred to as low energy availability/Relative Energy Deficiency in Sport (RED-S). RED-S slows down bone formation, alters bone remodeling and is associated with a heightened prevalence of stress fractures and suboptimal bone mineral content in young and adolescent sport males included. During the phase of rapid growth, such bone accrual defect is especially deleterious.
(Source: https://www.thieme-connect.com/products/ejournals/pdf/10.1055/a-1947-3174.pdf)
Hormonal disruption in males: testosterone, growth and the HPG axis.
Hormonal disruption in males: testosterone, growth and the HPG axis.
Adequate energy and body fat are cues required for normal hypothalamic and pituitary activity. Severe or chronic caloric restriction reduces systemic testosterone and is capable of blunting pulsatile LH/FSH activity. Low testosterone in teenage males reduces muscle and bone anabolism, may slow down sexual maturation, and decreases the hormonal stimulus necessary for bone mineralization.
MDPI
(Source: https://www.mdpi.com/2072-6643/15/24/5086)
Conclusion
Withholding food from yourself between the ages of 14–18 is dangerous for males because it interferes with the two intertwined processes that are typical of male adolescent health: rising sex hormones (specifically testosterone) and bone accretion. The immediate effects are weak energy, slowed/abnormal pubertal development, less muscle mass and higher bone fracture risk; the later effect is the possible existence of an enduringly lower peak bone mass and higher lifetime risk of osteoporosis and bone fracture. If yourself or someone you care about is restricting food, it’s very important to seek help from an adult you trust and a health care worker (pediatrician, sports medicine expert, or dietitian) timely assessment and appropriate nutrition may prevent long-lasting harm.
__________________________________________________________________________________________________________________________________
Chapter II
HGH & The Usage Of Injectables
Introduction
Before we get into the ways to source your very own HGH & Injectables, we first must understand how they affect our body and if/why the pros outweigh the cons. Due to recent lab test and studies we can find that HGH significantly boosts growth (which is the desired affect) however there are cases such as acromegaly if the HGH is dosed to high, normally above 10IUs. Furthermore, the recommended dosage of HGH is 6IUs - 8IUs which is what the average person usually uses. Thus, with there being the main con of acromegaly and sped-up cancer development (mainly with higher doses) we can understand that this presents both a risk and a reward. However, it is up to the user to determine whether they will take that risk or not.
Sources
stratelabs.is
southernaminos.com
I am sure that there is way more sources out there, however these are some good ones that I know of. I will not list any more as it is extremely easy to source and find HGH & Injectable suppliers/vendors"
How to inject peptides
Again I will not go into too much depth here as there are some really good threads packed with information.
Some of them being:
looksmax.org
looksmax.org
Conclusion
My final answer to the question, are injectables worth it? Is yes, they are very much worth the price, and I would recommend getting some if you have the money.
__________________________________________________________________________________________________________________________________
HGH & The Usage Of Injectables
Introduction
Before we get into the ways to source your very own HGH & Injectables, we first must understand how they affect our body and if/why the pros outweigh the cons. Due to recent lab test and studies we can find that HGH significantly boosts growth (which is the desired affect) however there are cases such as acromegaly if the HGH is dosed to high, normally above 10IUs. Furthermore, the recommended dosage of HGH is 6IUs - 8IUs which is what the average person usually uses. Thus, with there being the main con of acromegaly and sped-up cancer development (mainly with higher doses) we can understand that this presents both a risk and a reward. However, it is up to the user to determine whether they will take that risk or not.
Sources
Home
The leader of peptides Strate Labs© is the Premium supplier ofPeptides, Research Chemicals, and Analytical Compounds. Satisfaction Guaranteed. Product Catalog
stratelabs.is
Home
Southern Aminos is your trusted, convenient, and discreet online source for high-purity research compounds tested by U.S. Third Party Lab. Ever notice some peptide companies claim to do their own testing, that is not independent testing! We place a strong emphasis on quality and customer...
southernaminos.com
I am sure that there is way more sources out there, however these are some good ones that I know of. I will not list any more as it is extremely easy to source and find HGH & Injectable suppliers/vendors"
How to inject peptides
Again I will not go into too much depth here as there are some really good threads packed with information.
Some of them being:
How to Reconstitute and Inject Peptides
Thread OST: Reconstitution: Why we reconstitute: Required items: How to reconstitute: Injecting: Bonus: Hiding: Peptide calculator: Peptide tracking:
looksmax.org
HGH 101: Everything You Need to Know
Thread Song: Disclaimer: This information is for educational purposes only. The use of substances like HGH, Testosterone, and Aromasin carries potential risks and should be done under the supervision of a healthcare professional. Always consult with a doctor before starting any cycle, and be...
looksmax.org
Conclusion
My final answer to the question, are injectables worth it? Is yes, they are very much worth the price, and I would recommend getting some if you have the money.
__________________________________________________________________________________________________________________________________
Chapter III
Diet
Diet
Introduction
Healthy Body Fat Percentages
Category | Men | Women |
Essential fat | 2–5% | 10–13% |
Athletes | 6–13% | 14–20% |
Fitness | 14–17% | 21–24% |
Average | 18–24% | 25–31% |
Obese | 25%+ | 32%+ |
Why does it matter?
Too little fat in bodies -> hormonal problems, lethargy, immunological frailty.
Excess body fat -> increased risk of heart disease, diabetes, arthritis, and inflammation. The goal isn’t zero fat but a healthy balance that supports energy, hormone health, and physical function.
Prioritize whole unprocessed foods:
Whole foods naturally control hunger and support fat loss because they’re nutrient-dense and harder to overeat.
Focus on:
Lean proteins (chicken, fish, eggs)
Vegetables and fruits (fiber + micronutrients)
Whole carbs (oats, rice, potatoes, quinoa)
Healthy fats (olive oil, avocado, nuts)
Avoid or limit:
Sugary drinks
Refined carbs (white bread, sweets)
Processed junk foods
Strength training (3-5x a week):
Resistance training is non-negotiable if you want to look lean rather than “skinny.”
It helps maintain or even build muscle while burning fat. Focus on compound lifts: squats, deadlifts, bench press, pull-ups, rows, and overhead presses. Train each major muscle group 2x a week for best results. Progressive overload (gradually increasing weight or reps) keeps your metabolism high.
Add cardio but don't overdo it
Combine it with weights for best results.
Moderate cardio: brisk walking, cycling, or swimming (30–45 min, 3–4x per week).
HIIT (High-Intensity Interval Training): short, intense bursts for 15–20 minutes -> burns fat efficiently.
Sleep and stress control
Both sleep deprivation and chronic stress increase cortisol, which promotes fat storage (especially around the belly). Sleep 7–9 hours per night. Manage stress, Avoid excessive caffeine late in the day.
Stay Consistent and patient
Fat loss is not linear you’ll have ups and downs. Avoid crash diets; they slow metabolism and rebound quickly. Focus on long-term habits nutrition, movement, sleep, and hydration. <- Last one very important
Ideas:
Meal 1: Scrambled eggs, oats with berries
Meal 2: Chicken, rice, mixed veggies
Meal 3: Greek yogurt with almonds
Meal 4: Salmon, sweet potato, greens
Optional snacks: protein shake, apple, or cottage cheese.
Summary Table
Protein | 1.6–2.2g/kg body weight |
Training | 3–5x strength + optional cardio |
Sleep | 7–9 hours |
Lifestyle | Manage stress, stay hydrated |
Conclusion
Diet matters at this stage because one of the fastest times of physical and brain growth is occurring, and for that growth to happen healthily, the body requires a constant intake of nutrients. During their teen years, they begin to build bone density, put on muscle mass, and grow taller, so a nutritious diet with adequate protein, calcium, and iron supplies healthy development while a poor diet can lead to low energy, weaker bones, or delayed growth. The brain continues to develop, and foods containing omega-3 oils, iron, and complex carbohydrates maintain concentration, aid in learning, and regulate mood. Since hormones are fluctuating wildly, balanced meals help to stabilize energy and emotions, while too much sugar or processed food exacerbates mood swings. Healthy eating patterns set during the teenage years continue into adulthood and reduce the risk for obesity, heart disease, and type 2 diabetes in the long run. A healthy diet during teen years sets a good premise for strong growth, a sharp mind, and lifelong wellness.
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Chapter IV
Sleep
Sleep
Introduction
Sleep during ages 14–18 is not a luxury but a very important biological need. These years are filled with rapid physical growth, rapid maturation of the brain, and major hormonal shifts all of which rely heavily on regular quality sleep. During adolescence, it undergoes structural reorganization such as synaptic pruning and maturation of neural circuits connected with memory, emotional functioning, and executive control. Simultaneously, teens experience a natural shift in their circadian rhythm that makes them go to bed late and need more hours of sleep overall, usually 8–10 hours. Chronic sleep restriction in this stage of life deprives the body and brain of the conditions that enable the completion of these developmental tasks. It disrupts hormone regulation, weakens cognitive performance, and undermines immune function at that point in life when these systems are most sensitive to disturbance.
Evidence
Sleep drives brain development, learning and memory.
Adolescence represents a time of intensive neuroplasticity. The process of sleep, especially deep and REM sleep, consolidates new information and strengthens neural circuits while pruning unused connections. Studies show that chronic sleep loss among teenagers is linked to poorer academic performance, slower speed of processing, impaired attention, and weaker working memory.
(Source: American Academy of Sleep Medicine; National Institutes of Health.)
Sleep regulates key hormones such as growth hormone, cortisol, and metabolic signals.
GH induces the development of muscles, repair of tissues, and regulation of metabolism and is released primarily during deep sleep. Inadequate sleep decreases GH secretion and increases cortisol, a stress hormone that interferes with normal growth and metabolism. Sleep deprivation among teenagers also dysregulates hunger hormones, leptin, and ghrelin, which can lead to increased appetite, cravings, and weight fluctuation.
(Source: Journal of Clinical Endocrinology & Metabolism; Sleep Research Society.)
Sleep enhances immune function and lowers the risk of illness.
The immune system produces cytokines during sleep to fight infection and support long-term immune memory. Teens who routinely sleep less than 8 hours will have higher rates of viral illness, slower recovery times, and increased inflammation markers. This is important at a time in development, adolescence, when the immune system is still developing.
(Source: Centers for Disease Control and Prevention; University of California sleep research.)
Sleep deprivation enhances risk-taking, mood swings, and mental health issues.
It is a major stabilizer of the limbic system and prefrontal cortex-the areas governing emotional responses and impulse control. Chronically sleep-restricted teenagers exhibit increased emotional reactivity, decreased stress tolerance, and heightened vulnerability to anxiety and depression. With decreased prefrontal modulation, sleep-deprived adolescents also manifest increased risk-taking behavior.
(Source: American Academy of Pediatrics; JAMA Pediatrics.)
Conclusion
Sleep deprivation between the ages of 14-18 years affects those biological processes that are most responsible for teenage development: brain maturation, hormonal regulation, and emotional stability. The short-term repercussions include hampered learning, mood swings, weakened immunity, lower energy, and higher risk-taking, while long-term effects may involve altered patterns of stress hormones, reduced cognitive resilience, and greater lifelong vulnerability to mental health problems. If you or someone you know is having trouble sleeping, it is important to start addressing this early: regular sleep patterns, limited evening screen time, and support from a trusted adult or healthcare provider can prevent the negative health and developmental impacts of sleep deprivation.
__________________________________________________________________________________________________________________________________
Chapter V
Lifestyle
Introduction
The years of adolescence-roughly ages 13-19-are considered a critical window of human development because it is during that time that body growth and brain maturation take place, along with hormonal changes, or puberty. Because of these multiple rapid changes, lifestyle factors-especially sleep, nutrition, physical activity, stress regulation, and daily habits-play a major role. In the wrong conditions-for example, chronically poor sleep, poor nutrition, inactivity-the risk for suboptimal growth, mental health issues, disturbed hormonal regulation, and long-term chronic disease could increase. Therefore, lifestyle recommendations in adolescence are not only about the current health status but also about optimal development and ensuring that a good foundation is laid for adult health.
Evidence
Adolescence represents a time of intensive neuroplasticity. The process of sleep, especially deep and REM sleep, consolidates new information and strengthens neural circuits while pruning unused connections. Studies show that chronic sleep loss among teenagers is linked to poorer academic performance, slower speed of processing, impaired attention, and weaker working memory.
(Source: American Academy of Sleep Medicine; National Institutes of Health.)
Sleep regulates key hormones such as growth hormone, cortisol, and metabolic signals.
GH induces the development of muscles, repair of tissues, and regulation of metabolism and is released primarily during deep sleep. Inadequate sleep decreases GH secretion and increases cortisol, a stress hormone that interferes with normal growth and metabolism. Sleep deprivation among teenagers also dysregulates hunger hormones, leptin, and ghrelin, which can lead to increased appetite, cravings, and weight fluctuation.
(Source: Journal of Clinical Endocrinology & Metabolism; Sleep Research Society.)
Sleep enhances immune function and lowers the risk of illness.
The immune system produces cytokines during sleep to fight infection and support long-term immune memory. Teens who routinely sleep less than 8 hours will have higher rates of viral illness, slower recovery times, and increased inflammation markers. This is important at a time in development, adolescence, when the immune system is still developing.
(Source: Centers for Disease Control and Prevention; University of California sleep research.)
Sleep deprivation enhances risk-taking, mood swings, and mental health issues.
It is a major stabilizer of the limbic system and prefrontal cortex-the areas governing emotional responses and impulse control. Chronically sleep-restricted teenagers exhibit increased emotional reactivity, decreased stress tolerance, and heightened vulnerability to anxiety and depression. With decreased prefrontal modulation, sleep-deprived adolescents also manifest increased risk-taking behavior.
(Source: American Academy of Pediatrics; JAMA Pediatrics.)
Conclusion
Sleep deprivation between the ages of 14-18 years affects those biological processes that are most responsible for teenage development: brain maturation, hormonal regulation, and emotional stability. The short-term repercussions include hampered learning, mood swings, weakened immunity, lower energy, and higher risk-taking, while long-term effects may involve altered patterns of stress hormones, reduced cognitive resilience, and greater lifelong vulnerability to mental health problems. If you or someone you know is having trouble sleeping, it is important to start addressing this early: regular sleep patterns, limited evening screen time, and support from a trusted adult or healthcare provider can prevent the negative health and developmental impacts of sleep deprivation.
__________________________________________________________________________________________________________________________________
Chapter V
Lifestyle
Introduction
The years of adolescence-roughly ages 13-19-are considered a critical window of human development because it is during that time that body growth and brain maturation take place, along with hormonal changes, or puberty. Because of these multiple rapid changes, lifestyle factors-especially sleep, nutrition, physical activity, stress regulation, and daily habits-play a major role. In the wrong conditions-for example, chronically poor sleep, poor nutrition, inactivity-the risk for suboptimal growth, mental health issues, disturbed hormonal regulation, and long-term chronic disease could increase. Therefore, lifestyle recommendations in adolescence are not only about the current health status but also about optimal development and ensuring that a good foundation is laid for adult health.
Evidence
Physical Activity
Regular movement during the teen years strongly supports mental well-being. Exercise is linked to lower stress, fewer symptoms of anxiety and depression, and better self-esteem. Exercise helps regulate emotional and hormonal systems and builds resilience and confidence. Even 15–60 minutes of moderate activity, a few times per week, can make a real difference. Being active during adolescence also sets lifelong habits that lower the risk of chronic diseases and support long-term health.
Sleep
Sleep, nutrition, exercise, routines, and social support all interact with each other. Good sleep and regular activity help regulate stress hormones, improve mood, and support emotional balance. Adolescence is a time of big emotional and social changes. Stable routines, healthy lifestyle habits, and supportive relationships all help teens build resilience and avoid long-term emotional difficulties.
Overall: getting enough good-quality sleep is essential for healthy brain development, hormones, mood, and physical recovery.
__________________________________________________________________________________________________________________________________
Regular movement during the teen years strongly supports mental well-being. Exercise is linked to lower stress, fewer symptoms of anxiety and depression, and better self-esteem. Exercise helps regulate emotional and hormonal systems and builds resilience and confidence. Even 15–60 minutes of moderate activity, a few times per week, can make a real difference. Being active during adolescence also sets lifelong habits that lower the risk of chronic diseases and support long-term health.
Sleep
Sleep, nutrition, exercise, routines, and social support all interact with each other. Good sleep and regular activity help regulate stress hormones, improve mood, and support emotional balance. Adolescence is a time of big emotional and social changes. Stable routines, healthy lifestyle habits, and supportive relationships all help teens build resilience and avoid long-term emotional difficulties.
Overall: getting enough good-quality sleep is essential for healthy brain development, hormones, mood, and physical recovery.
__________________________________________________________________________________________________________________________________
Chapter VI
Gym
Gym
Introduction
Going to the gym during the teen years can be incredibly beneficial. Adolescence is a time when the body and brain are growing quickly, and regular exercise can support that development in a healthy way. Gym training not only helps teens get stronger and more physically capable, but it also supports mental health, confidence, and long-term habits that can last well into adulthood.
Evidence (with sources)
Research shows that strength training and regular physical activity during adolescence improve overall fitness, including muscular strength and aerobic capacity. Exercise during the teen years also plays a key role in building strong bones. Weight-bearing activities help increase bone mineral density, which supports lifelong bone health. Source: https://pubmed.ncbi.nlm.nih.gov/20526241/
Physical activity has a strong link to better mental health in teenagers. Teens who exercise regularly tend to experience lower stress, fewer symptoms of anxiety and depression, improved mood, and higher self-esteem. Consistent gym training also supports healthy physical development by improving coordination, balance, flexibility, and overall body composition. This helps reduce injury risk and can enhance athletic performance. Studies also show that strength training is safe for teens when done with proper guidance, correct form, and appropriate weight. Source: https://pubmed.ncbi.nlm.nih.gov/36226732/
Conclusion
The gym can be a powerful positive influence during the teen years. It supports physical growth, strengthens bones and muscles, boosts mental well-being, and helps build confidence and healthy routines. When teens learn how to train safely and consistently, they not only feel better in the moment but also set themselves up for healthier habits and a stronger body as they grow into adulthood.
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Thank You For Reading
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