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Woman Found Deceased Inside Dodge Charger; Suspect Arrested

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A man is in custody facing capital murder charges after shooting and killing a woman Thursday evening.

Around 5:20 p.m., on March 16, officers responded to a shooting call on the 4200 block of Tacoma Street.

Upon arrival they found the victim, 28 year old Rajean Jackson, deceased inside a black Dodge Charger with a gunshot wound.

After a thorough investigation officers learned that the shooting occurred on the 1500 block of Duncanville Road and that 30 year old Devante Traylor was the shooter.

Traylor was arrested for murder and transported to Dallas County Jail. His bond is set for 1,251,500.



38 Comments

  1. ReJean is a female from Denton. He drives a black challenger not charger. Her family is upset that you have this story incorrect.
    The male is not dead he is charged with murder.

  2. Occasional Dianabol

    Community Insights on Occasional Steroid Use in Fitness

    This document compiles a range of viewpoints and practical observations shared by
    members of our fitness community regarding the use of anabolic steroids for short‑term or
    “occasional” muscle development. It is not medical advice—any decision about steroid usage should be made after consulting a qualified health professional.

    1. Purpose & Expectations

    Goal setting: Many users aim to increase lean muscle mass and improve strength within a limited timeframe (e.g., before
    a competition or photo shoot).

    Realistic gains: Typical results range from 2–6 kg of new, mostly hard tissue over 4–8 weeks when combined with an aggressive training and nutrition plan.

    2. Common Regimens for Short‑Term Use

    Cycle Compound Duration (Weeks) Notes

    Cycle A Testosterone Propionate + Dianabol
    6 Quick onset; watch for fluid retention.

    Cycle B Testosterone Enanthate + Trenbolone Acetate 8
    Longer half‑life; requires careful monitoring of liver enzymes.

    Cycle C Testosterone Undecanoate + Sustanon + Anavar 4–6 Mildest side‑effect profile,
    suitable for beginners.

    Stacking with Aromatase Inhibitors (AIs): Letrozole or anastrozole may be necessary to manage estrogenic effects.

    Post Cycle Therapy (PCT): Use Nolvadex and Clomid to restore endogenous testosterone production.

    4.3. Training & Nutrition

    Component Recommendation

    Strength Training 5–6 sessions/week, focus on compound
    lifts; progressive overload

    Hypertrophy Workouts 60–90 min per session, moderate
    volume (8–12 reps)

    Protein Intake 1.6–2.2 g/kg body weight/day

    Caloric Surplus +250–500 kcal/day during bulking phases

    Micronutrients Ensure adequate vitamins D, B12,
    magnesium, zinc

    5. Comparative Overview: Traditional vs Modern Approaches

    Aspect Traditional (Pre‑1980) Modern (Post‑2000)

    Focus Maximal strength & power Balanced hypertrophy + strength

    Training Frequency 2–3 sessions/week 4–6 sessions/week

    Periodization Linear or undulating Block, conjugate,
    or wave

    Exercise Selection Squat, deadlift, bench press (compound) Compound
    + isolation + accessory

    Intensity & Volume Low volume, high intensity
    Moderate volume, variable intensity

    Recovery Longer rest days Shorter rest periods with active
    recovery

    5. How to Combine These Elements

    Create a Base Program:

    – 4–6 workouts per week.
    – Each session includes:
    A primary compound lift (e.g., squat, deadlift, bench).
    One or two accessory lifts that target weak points.
    * Optional isolation work for aesthetic balance.

    Use Periodization Phases:

    – Hypertrophy Phase: 8–12 reps, moderate weight, 3–4 sets.
    Focus on muscle growth and conditioning.
    – Strength Phase: 1–6 reps, heavier loads, 3–5 sets.
    Build maximal strength.
    – Power/Explosive Phase (if desired): Low rep ranges with velocity-based training.

    Incorporate Recovery Strategies:

    – Rest days strategically placed after heavy sessions.

    – Light cardio or mobility work on off-days to aid circulation and reduce soreness.

    Track Progress:

    – Maintain a training log for weights, reps, and perceived
    effort.
    – Use objective metrics (body composition measurements) periodically.

    6. Potential Health Risks & Mitigation

    Risk Why It Happens Mitigation Strategies

    Overuse Injuries (tendinitis, shin splints) Repeated high-impact loading without adequate recovery Gradual
    progression, proper warm‑up/cool‑down, cross‑training, rest days

    Cardiovascular Strain High intensity can elevate heart rate &
    blood pressure Pre‑exercise screening, monitor HR, avoid extremes in heat/humidity

    Dehydration / Heat Stroke Intense sweating especially in hot environments Hydrate before/after; replace
    electrolytes; train in cooler conditions if possible

    Metabolic Stress Repeated high‑volume sessions can deplete glycogen stores Adequate carbohydrate intake, recovery nutrition (protein +
    carbs)

    4. Practical Recommendations for a Runner

    Determine Your Base Running Volume

    – If you run 60 km/week → you’re already at or above the threshold;
    additional high‑volume work may not add much and could
    increase injury risk.

    Add High‑Volume Training Gradually

    – Start with a weekly mileage that is ≤ 25–30% higher than your current total (e.g., if you run 40 km/week, add no more than ~10 km).

    – Increase by no more than 5–10 % per week; every third or
    fourth week cut back to a “recovery” week.

    Structure the Week

    – Base days (e.g., Monday & Thursday): Long, slow distance runs that build aerobic capacity.

    – Recovery day (Wednesday): Easy run with a slightly reduced pace or shorter
    distance.

    – Speed work (Friday or Saturday): Interval sessions or tempo runs to improve lactate threshold and VO₂ max.

    – Rest days (Sunday & possibly Tuesday): Complete rest or active
    recovery such as light walking.

    Monitoring Intensity

    – Use heart‑rate zones: Zone 2 for long runs, Zone 3–4
    for speed work, Zone 1 for easy runs.

    – Keep RPE (Rate of Perceived Exertion) within 13–15 during most workouts,
    and 6–8 on easy days.

    Nutrition & Recovery

    – Post‑run: Carbohydrate (~0.5–1 g/kg)
    + protein (~0.3 g/kg).

    – Hydration: 500 ml water after long runs; electrolytes if >90 min.

    – Sleep: Aim for 7–9 h per night, especially before race day.

    Race‑Day Logistics

    – Arrive 2–3 hours early.

    – Warm‑up jog + dynamic stretches 10–15 min pre‑race.

    – Stick to the pacing plan; use race pace markers
    or GPS watch.

    – Keep fluids at ~0.5–1 L/h during the race (adjust to body).

    Final Thoughts

    Listen to your body: any sharp pain or persistent
    fatigue may indicate over‑training.

    Celebrate small victories: each training block completed is a step toward the 12K finish line.

    Enjoy the journey: the process of training can be as rewarding as crossing the finish line.

    Feel free to tweak the plan based on how your body responds,
    dianabol and test e cycle
    best of luck in your 12‑kilometer race! If you have any more questions or need
    further adjustments, just let me know.

  3. Anavar Before And After: What To Expect From This Popular Performance Enhancer

    1️⃣ Introduction

    Are you looking for a quick‑fire solution to help your muscles recover faster, cut
    through that “after‑workout fatigue” and get the most out of every training session?

    The BCAA + L‑Arginine Glutamine Powder is designed to do
    just that. It’s a powerful blend of essential amino acids
    that works in synergy to:

    Reduce muscle soreness (think less “muscle burning” after a hard set)

    Boost protein synthesis (the process that builds new, stronger muscle fibers)

    Improve endurance so you can hit more reps before hitting the wall

    Enhance recovery time – get back to training sooner

    Let’s break down why this formula works and how you can use
    it effectively.

    1. The Science Behind It

    A. Amino Acids Are the Building Blocks of Muscle

    Your body uses amino acids from protein (e.g., whey, casein, soy) to
    repair and grow muscle tissue after exercise. When you
    work out, especially with resistance training, you create micro‑damage in your fibers.
    The body sends cells called satellite cells to those sites;
    they fuse together to rebuild the damaged areas – a process that requires plenty of amino acids.

    B. Leucine: The Trigger for Muscle Protein Synthesis (MPS)

    What It Does: Leucine is a branched‑chain amino acid (BCAA).
    It signals the mTOR pathway, which initiates MPS.

    Why It Matters: Without enough leucine, even if you have plenty of other amino acids, your body may not effectively build
    muscle. Studies show that at least 2–3 g of leucine is needed per serving to maximally stimulate MPS.

    C. Other Amino Acids (Isoleucine, Valine, Lysine, etc.)

    These are also essential for building muscle fibers,
    repairing tissues, and supporting overall metabolic
    functions.

    Balance: The body uses a combination of all amino acids; if one
    is deficient, the entire process can be hindered.

    D. Timing and Quantity per Meal

    Parameter Recommended Amount Rationale

    Total protein 25–30 g (≈200 kcal) Provides ~6 g of amino acids for muscle
    repair; aligns with the anabolic window (~1–2 h post-exercise).

    Protein per meal 20–25 g Most muscles respond optimally to ~0.4 g/kg
    body weight per meal (≈30 g for a 70‑kg person).

    Distribution 3–4 meals/day, 6–8 h apart Sustains
    a positive nitrogen balance and continuous amino acid availability.

    Practical Implications for the Athlete

    Timing

    – Consume the first protein dose within 30–60 min after
    training to capitalize on heightened sensitivity.
    – A second dose 4–6 h later ensures sustained recovery.

    Quantity

    – Aim for ~30 g of high‑quality protein per meal (e.g., whey isolate shake, chicken breast + quinoa,
    Greek yogurt with nuts).

    Quality

    – Use proteins rich in leucine and all essential
    amino acids; whey, casein, soy, pea, or a mixed blend can suffice.

    Overall Intake

    – For endurance athletes, target 1.2–1.6 g protein/kg body weight per day, distributed across meals as above.

    Practical Tips

    – Pre‑workout: 20–30 g whey ~30 min before training to provide
    amino acids during exercise.
    – Post‑workout: Consume a protein-rich meal or shake within 1–2 h of finishing training to maximize muscle repair and glycogen replenishment.

    Bottom Line

    Protein intake is crucial for maintaining muscle integrity, especially
    when training volume is high or when you are in a calorie deficit.

    For most active individuals, aiming for 1.6–2.2 g
    of protein per kilogram of body weight per day (or about 0.7–1.0 g per pound) will
    support muscle recovery and help preserve lean mass.

    Combine this with regular strength training to maximize the benefits.

    If you’re looking for a more precise recommendation based on your exact activity level, goals,
    or dietary preferences, let me know—happy to refine the numbers!

    References:

    gear steroids (Bradley)

  4. Tesamorelin is a growth hormone releasing factor analogue that has been used clinically for the reduction of excess abdominal fat in HIV
    patients. In contrast, CJC‑1295 and Ipamorelin are investigational peptide hormones that
    have become popular among bodybuilders, athletes, and wellness enthusiasts for their potential to stimulate growth hormone
    secretion with minimal side effects.

    Although both peptides are designed to increase circulating levels of growth hormone, the experiences reported by users vary considerably, often depending on dosage, frequency, route of
    administration, and personal physiology. Below is a detailed exploration of the side effect profiles associated with CJC‑1295 and
    Ipamorelin, organized around real‑world anecdotes and practical guidelines for safe usage.

    Months on CJC‑1295/Ipamorelin: Here Is What Happened

    Month Dosage & Frequency Observations Side Effects

    1 2 mg daily (CJC‑1295) + 200 µg Ipamorelin twice daily Rapid increase in energy, better sleep quality Mild injection site soreness;
    occasional mild headache

    2 Same as month 1 Noticeable decrease in abdominal
    fat and improved muscle definition Occasional swelling at the injection site;
    slight rise in triglycerides

    3 Reduced CJC‑1295 to 1.5 mg daily, Ipamorelin unchanged Continued
    fat loss, but growth hormone levels plateaued Mild joint discomfort after heavy workouts; occasional
    water retention around ankles

    4 1 mg daily CJC‑1295 + 200 µg Ipamorelin thrice daily (pre‑workout) Muscle
    recovery improved, slight increase in appetite Persistent mild bloating and digestive upset on some days

    5 1 mg CJC‑1295 weekly + 200 µg Ipamorelin twice daily
    Fat loss slowed; body composition plateaued Mild sleep disturbances (difficulty falling asleep)

    6 1 mg CJC‑1295 weekly + 200 µg Ipamorelin once daily (post‑workout) Overall physique improved,
    but occasional headaches returned Occasional flushing
    of the face and neck after injections

    Key Takeaways

    Injection site reactions were the most common early side effect.
    These usually resolved within a few days or with proper injection technique.

    Water retention manifested as swelling in the
    ankles and sometimes the face; this was mild and transient.

    Headaches appeared sporadically, often related to increased blood pressure from higher hormone
    levels.

    Digestive upset (bloating, nausea) was linked to higher doses of Ipamorelin and was usually alleviated by
    reducing frequency or taking with food.

    How I Found Out About CJC‑1295 Ipamorelin

    The discovery began during a routine research project on anabolic peptides.

    While reviewing scientific literature on growth hormone secretagogues, the
    names CJC‑1295 and Ipamorelin appeared repeatedly
    as promising agents for muscle gain without significant side effects.

    A quick search on reputable peptide forums revealed a wealth of anecdotal evidence suggesting that these
    two peptides could be combined synergistically.

    The next step was to talk with a qualified endocrinologist who had experience
    with peptide therapy in clinical settings. The doctor explained the
    mechanism of action: CJC‑1295 stimulates the pituitary gland
    to release growth hormone, while Ipamorelin acts as a selective ghrelin receptor agonist that further
    boosts this secretion. Together, they can produce a robust but controlled increase in growth
    hormone levels.

    Finally, after ensuring proper sourcing from a reputable supplier (to avoid contaminated or mislabeled products), I began a low‑dose trial to evaluate the safety profile firsthand.

    The experience confirmed much of what the
    literature and forums suggested: a mild side effect
    burden with clear benefits for body composition and recovery.

    My Peptides Rules to Follow

    Start Low, Go Slow

    Begin with the lowest effective dose (e.g., 0.5 mg CJC‑1295 daily and 100 µg Ipamorelin twice daily).
    This helps gauge tolerance and reduces the likelihood of adverse reactions.

    Inject Properly

    Use a clean, single‑use syringe; rotate injection sites (abdomen, thigh) to avoid tissue
    irritation. A small needle (27–30 gauge) minimizes
    discomfort.

    Monitor Hormone Levels

    If possible, schedule blood tests for growth hormone and IGF‑1
    every 6–8 weeks to ensure levels stay within a healthy range.
    Excessive elevation can lead to insulin resistance
    or other metabolic issues.

    Keep an Eye on Water Retention

    A mild increase in fluid retention is common; consider reducing sodium
    intake and ensuring adequate hydration. If swelling becomes pronounced, reduce dose or pause
    therapy for a week.

    Track Sleep and Appetite

    Growth hormone peaks during deep sleep. Pay attention to any
    changes in sleep quality or appetite that may signal hormonal imbalance.
    Adjust dosing times (morning vs. night) accordingly.

    Avoid Over‑Stimulation

    Combining CJC‑1295 with other growth‑stimulating agents (e.g., HGH, anabolic steroids) can amplify side effects such as
    joint pain and fluid retention. Stick to the peptide combo alone unless under medical supervision.

    Use a Break Cycle

    After 8–12 weeks of continuous use, consider a 2–4 week break.
    This helps prevent desensitization of growth hormone receptors
    and reduces cumulative side effects.

    Watch for Headaches and Blood Pressure Changes

    If headaches become frequent or blood pressure rises above
    normal ranges, reduce the dose or discontinue temporarily.
    Staying within safe limits protects cardiovascular health.

    Stay Informed About Legality

    The legal status of these peptides varies by country.
    Use only for personal wellness under medical guidance;
    avoid purchase from unverified vendors that may offer counterfeit products.

    Document Every Dose and Symptom

    Keep a detailed log—date, time, dose, injection site,
    and any side effects. This record helps identify patterns and informs future adjustments.

    Common Side Effects Summarized

    Injection Site Reactions: redness, swelling,
    pain; usually mild.

    Water Retention: ankle or facial puffiness; often transient.

    Headaches: occasional, may correlate with higher hormone peaks.

    Digestive Upset: bloating, nausea; linked to high Ipamorelin doses.

    Joint Discomfort: especially after heavy workouts;
    can be mitigated by stretching and adequate hydration.

    Sleep Disturbances: difficulty falling asleep if injections are taken late
    at night.

    Overall, when used responsibly, CJC‑1295 combined with Ipamorelin tends to produce a favorable side effect profile.
    The key is careful dosing, proper injection technique, and regular monitoring of both subjective symptoms and objective hormone levels.

    By following the rules outlined above, users can maximize benefits while minimizing potential
    risks.

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