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Man Arrested And Charged With Double Murder In Texas

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A man has been arrested and charged for the death of two men in Hallsville, Texas.

Officers responded to a call regarding shots being fired on Roberson Road. Upon their arrival they found 29 year old Keyan Jernigan and 49 year old Duane Jernigan lying on the ground unresponsive with apparent gunshot wounds.

The caller told officers the suspect had fled the scene in a black Chevrolet Tahoe. The vehicle was spotted nearby by Harrison County police, where it led them on a police chase.

Authorities were able to stop the vehicle at Fredonia Street off Hwy 80 and arrest 26 year old Darius C. Gates.

Gates was charged with Capital murder of multiple persons, evading arrest or detention with a vehicle,
Unlawful possession of a firearm by a felon, possession of marijuana and delivery of marijuana.



33 Comments

  1. How can you take the life of another human being???? I can understand if you’re trying to protect your life, however to take a life just because, I will never comprehend that.

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  3. Understanding Different Ipamorelin CJC 1295 Dosages

    Understanding Different Ipamorelin CJC 1295 Dosages

    Ipamorelin Dosage

    Ipamorelin is typically administered subcutaneously in doses ranging from 100 to 300 micrograms per injection. The most common approach involves two injections daily, one in the morning and another before bed, allowing for steady release of growth hormone
    throughout the day and during sleep.

    Sample Ipamorelin Dosing

    A practical dosing schedule might look like this: 150 µg
    injected at 7 AM, followed by a second injection of 150 µg at
    10 PM. This split dosing helps maintain consistent hormone stimulation while minimizing
    peaks that could trigger unwanted side effects such as water retention.

    CJC 1295 Dosage

    CJC 1295, often paired with Ipamorelin for synergistic
    growth hormone release, is usually dosed between 200 and 300 µg per injection. Many users
    find a single daily dose of 250 µg effective when combined with the above Ipamorelin regimen.

    Taking Ipamorelin with CJC 1295

    When used together, the peptides can be injected simultaneously or
    staggered by a few minutes to prevent local irritation. A common protocol is: inject 150 µg Ipamorelin and 250 µg CJC 1295 at the same site in the abdomen, then repeat the morning dose.
    This combination enhances overall growth hormone secretion more efficiently than either peptide alone.

    Ipamorelin CJC 1295 Dosage Guide

    Start low: Begin with 100 µg Ipamorelin and 200 µg CJC 1295 once
    daily to gauge tolerance.

    Gradual escalation: Increase each dose by 25–50 µg every two weeks, monitoring for any adverse
    reactions.

    Split dosing: Once comfortable, split the total daily amount into morning and evening injections.

    Cycle length: Many practitioners recommend a 12‑week cycle followed by a break of 4 to 6 weeks before restarting.

    Ipamorelin CJC 1295 Side Effects

    Common side effects include mild injection site pain, temporary water retention, and
    increased hunger. Rarely, users may experience dizziness or
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    help mitigate these symptoms.

    Optimizing Results and Avoiding Adverse Reactions

    Hydration: Aim for at least 2 liters of water daily
    to support circulation and reduce fluid retention.

    Sleep quality: Maintain consistent sleep patterns; growth
    hormone peaks during deep sleep, so uninterrupted rest amplifies benefits.

    Dietary adjustments: Reduce simple carbohydrates to prevent
    spikes in insulin that can blunt peptide efficacy.

    Monitoring: Keep a log of dosage, injection times, and
    any side effects for review with a healthcare professional.

    Spotting Red Flags When Buying Peptides

    Authenticity: Verify the supplier’s reputation; look for third‑party testing certificates.

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    Do You Need Help Figuring Out Ipamorelin CJC 1295 Dosages?

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  4. Best Muscle Growth Steroids, Cutting, Anabolic Steroids For Bodybuilding, Is
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  5. Anavar Before And After: What To Expect From This Popular Performance Enhancer

    Anavar (Oxandrolone): A Comprehensive Guide

    1. What is Anavar?

    Drug class: Anabolic–androgenic steroid (AAS)

    Name: Oxandrolone

    Common trade names: Anavar, Oxynorm, Oxazol, Oxandor

    Anavar is a synthetic derivative of testosterone that has been modified to increase anabolic activity while minimizing androgenic effects.
    It was originally developed in the 1960s by Dr. Andrew Tillett for
    clinical use—helping patients recover from weight loss after surgery
    or illness and treating certain bone disorders.

    2. How does Anavar work?

    Anabolic effect: Promotes protein synthesis, increases nitrogen retention, and enhances muscle growth.

    Reduced androgenicity: The oxime group (–C=NOH) on the molecule limits binding to androgen receptors in non-muscle tissues, which
    reduces side‑effects such as hair loss or acne.

    Improved oral bioavailability: Unlike many other steroids that are poorly absorbed orally, Anavar is
    engineered to be taken by mouth and still reaches therapeutic concentrations.

    3. Why is it used? (Medical & non‑medical)

    Medical indications

    Condition Reason for use

    Chronic wasting diseases (e.g., AIDS, cancer cachexia) Helps counter muscle loss

    Severe trauma or burns Aids in tissue repair
    and growth

    Certain metabolic disorders Improves protein synthesis

    > Note: In most countries these indications are
    rare, and the drug is often prescribed only when other treatments fail.

    Non‑medical use (Athletics & Bodybuilding)

    Muscle mass building – because of high protein synthetic activity.

    Reduced body fat – due to metabolic boost.

    Performance enhancement – increased strength and endurance.

    > The non‑therapeutic uses are generally illegal in professional sports and may be subject to doping sanctions.

    4. Pharmacological Mechanisms (What Makes It Work)

    Feature How it works

    Hormone analog Structurally similar to human growth hormone; binds GH receptors on target tissues.

    Signal transduction Activates the JAK-STAT pathway, leading to transcription of genes that stimulate cell growth and division.

    Metabolic effects Enhances lipolysis (breakdown of fats), increases
    protein synthesis, and influences insulin-like growth factor 1 (IGF‑1) production.

    Tissue specificity Primarily affects bone, cartilage, muscle, liver, and connective tissues; also has systemic
    endocrine roles.

    3. Clinical Applications

    Indication Typical Dose Duration Monitoring Parameters

    Giant cell tumor of bone (osteoclastoma)
    2–4 mg IV/SC weekly Until lesion resolves or surgery performed Radiographs, pain scores, serum calcium &
    phosphate

    Diffuse idiopathic skeletal hyperostosis (DISH) / ankylosing spondylitis 1–3
    mg daily Variable; may be long‑term ESR/CRP, functional indices, bone turnover markers

    Chronic low back pain with inflammatory component 0.5–2 mg orally Short courses Visual analog scale, range
    of motion

    Note: The efficacy data above are derived from phase II trials and retrospective series;
    large‑scale randomized controlled trials are pending.

    4. Side‑Effect Profile & Monitoring

    Category Potential Adverse Effects Incidence (per trial cohort) Monitoring Recommendations

    Gastrointestinal Nausea, vomiting, abdominal discomfort, mild dyspepsia Key Takeaway:

    > The risk of serious adverse events is extremely low, comparable to
    that seen with other commonly used antibiotics (e.g., amoxicillin).
    Most side‑effects are mild and transient.

    4. How the Antibiotic Works – Mechanism of Action

    Feature Details

    Target Bacterial ribosomal protein S12, part of the 30S subunit.

    Binding Site Interacts directly with the decoding center; stabilizes
    the conformation that prevents misreading of mRNA
    codons.

    Effect on Translation Inhibits translocation step (movement of tRNAs and
    mRNA). It also blocks the peptidyl transferase activity to
    a lesser extent.

    Resulting Action Rapid cessation of protein synthesis → bacteriostatic; at high concentrations, can lead to bacterial cell death due to accumulation of stalled ribosomes.

    3. Mechanism of Antibiotic Resistance

    Resistance to this antibiotic arises mainly through modification of the target (ribosome) via methylation or
    amino acid substitution.

    3.1 Methylation of the 23S rRNA

    Methyltransferase enzymes add a methyl group to specific nucleotides in the
    23S rRNA, particularly at positions that contact the antibiotic.

    This reduces binding affinity by sterically hindering the
    antibiotic or altering hydrogen‑bonding patterns.

    Genes encoding such methyltransferases are often found on plasmids and can be transferred horizontally.

    3.2 Amino Acid Substitutions in Ribosomal Proteins

    Mutations in ribosomal proteins that interact with the drug (e.g.,
    L4, L22) can modify the binding pocket.

    Even single amino‑acid changes can diminish the antibiotic’s effectiveness without
    severely impacting ribosome function.

    3.3 Combined Mechanisms

    In many resistant strains, both methylation and protein mutations are
    present, providing a synergistic barrier to drug activity.

    How These Resistance Mechanisms Reduce Drug Efficacy

    Lower Binding Affinity

    Chemical changes (methyl groups or altered amino acids) distort the shape of the binding site, preventing the antibiotic from attaching
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    Reduced Occupancy Time

    Even if the drug initially binds, a weakened interaction causes it to
    dissociate quickly, allowing protein synthesis to resume.

    Compensatory Pathways

    Some resistant bacteria can switch to alternative ribosomal subunits
    or utilize modified tRNAs that are less susceptible to the antibiotic’s action.

    Enzymatic Degradation (not discussed in this answer but worth noting)

    Certain enzymes chemically modify the antibiotic, rendering it inactive before it reaches its target.

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  6. Optimal
    Anavar Intake: Recommended Daily and Weekly Schedules

    Mastering Anavar: A Practical Overview of Safe Dosage Levels

    From Beginner to Advanced: Tailored Anavar Dosage Plans

    Maximizing Results with Precise Anavar Dose Recommendations

    Anavar, known chemically as oxandrolone, has been a popular choice among athletes and bodybuilders for its reputation of
    providing lean muscle gains with minimal water retention. The 2017 data on dosing strategies reflect
    both anecdotal evidence from seasoned users and emerging research that points to specific patterns in how the steroid can be incorporated into a training cycle.

    Anavar Dosages

    In 2017, most male users gravitated toward doses ranging
    between 20 milligrams per day and 40 milligrams
    per day for a typical cycle lasting eight weeks. For those
    who had experience with other anabolic agents or who
    were looking to push the limits of lean mass development,
    some pushed up to 60 milligrams per day but only after careful monitoring of liver enzymes and cardiovascular markers.
    Female users often started at lower levels—around 10 to 15 milligrams daily—to mitigate any risk of virilization while still reaping benefits in strength
    and recovery.

    A common protocol involved a split schedule: users would take the
    drug for four weeks, followed by a rest period of two weeks before resuming.
    This approach was believed to reduce the likelihood of
    liver strain and maintain steady hormonal balance.
    The dosage also varied with training intensity; those engaging
    in high‑volume hypertrophy workouts tended toward higher daily amounts, whereas individuals
    focusing on cutting phases opted for the lower end
    of the spectrum.

    User Menu

    The term “user menu” refers to a set of guidelines that help individuals
    decide how best to integrate Anavar into their overall supplementation strategy.

    In 2017, this menu typically included several key components:

    Training Phase – Identify whether you are in a bulking or cutting phase.

    Bulking users often combined Anavar with other anabolic agents like
    testosterone propionate or deca-durabolin, while cutting users paired it with compounds that aid fat loss such as clenbuterol or hcg.

    Cycle Length – Most cycles spanned eight weeks.
    However, beginners were advised to limit themselves to four‑week cycles until
    they could gauge tolerance.

    Post‑Cycle Therapy (PCT) – After completing a cycle, a
    PCT was recommended to restore natural testosterone production. Common choices included clomiphene citrate or tamoxifen, with dosages tailored to the length of the Anavar cycle and the presence of other anabolic agents.

    Monitoring Schedule – Regular blood work every two weeks helped detect early signs of hepatotoxicity or lipid abnormalities.
    Users were encouraged to keep a log of any side effects
    such as headaches, mood swings, or changes in libido.

    Lifestyle Factors – Adequate protein intake (around 1.5 grams per kilogram of body
    weight), sufficient sleep, and a caloric surplus or deficit aligned with the
    training goal were integral parts of the menu.

    Popular Steroids

    While Anavar itself remained a staple for its mild nature, it was often part of a broader
    steroid stack that included other popular compounds in 2017:

    Testosterone Enanthate – Frequently paired with Anavar to support overall anabolic activity while keeping side effects manageable.

    Winstrol (stanozolol) – Used by those seeking significant strength gains without
    excessive water retention; however, it was noted for its
    potential liver stress when combined with other hepatotoxic agents.

    Trenbolone Acetate – Considered a high‑potency steroid that was
    usually avoided by beginners due to its aggressive side effect profile.

    Deca-Durabolin (nandrolone decanoate) – Commonly
    used in bulking cycles for its ability to promote joint health and recover from intense training loads.

    The combination of Anavar with these agents was tailored
    based on individual goals. For instance, a cutting cycle might see a user take 20
    milligrams of Anavar daily while also incorporating a low
    dose of clenbuterol to stimulate fat loss.
    Conversely, a bulking phase could involve 30 milligrams of Anavar alongside
    testosterone enanthate and a small amount of Dianabol for an extra push in muscle
    size.

    In summary, the 2017 approach to Anavar dosing emphasized moderation, structured cycles, vigilant monitoring, and strategic stacking with other steroids.
    Users who followed these guidelines reported increased muscular definition, improved recovery times, and minimal adverse effects
    when compared to those who exceeded recommended dosages or skipped
    essential post‑cycle therapy.

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