Webb Therapy Uncategorized When our intelligent and necessary emotion – ANGER – becomes unhealthy and damaging

When our intelligent and necessary emotion – ANGER – becomes unhealthy and damaging

The function of anger is to protect vulnerability and neutralize threat.

The threat humans cognitively perceive is almost always to the ego i.e., how we want to think of ourselves and have others think of us. Anger neutralizes ego-threat by devaluing, demeaning, or undermining the “power” of the person perceived to be threatening. Humans get angry when they don’t get what they want, when they’re disrespected, or when they perceive something is unjust/unfair. Anger, the emotion, is a chemical messenger. It communicates to us, to others, and motivates us to act, speak, do something. Healthy responses to anger include being assertive, feeling empowered, protecting ourselves and love ones from ACTUAL threat, setting boundaries with others, and making social change for justice (for example). It becomes unhealthy when we become passive-aggressive, violent, vengeful, spiteful, aggressive, resentful, sarcastic, “moody”, rude etc.

Receive the message and respond from a wise, calm place after the intensity of the emotion has past. Sometimes we have to act in the moment. Our ancestors may have required this for fight/flight survival. These days, we can generally PAUSE and calm the self before responding from a mindful and compassionate heart and mind. Remember: Hurt people, hurt people.

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Mortality DeterminantsMortality Determinants


Overall Global Leading Cause of Death

  • Ischemic heart disease (coronary artery disease) – Still the #1 cause of death worldwide.
  • Followed by: Stroke, chronic obstructive pulmonary disease (COPD), lower respiratory infections, and cancer (e.g., lung, liver, colorectal).

Breakdown by Category

By Age

Age GroupLeading Cause(s) of Death
Infants (<1)Neonatal conditions, birth complications, infections
Children (1–14)Accidents (injuries), infections (low-income countries), cancers (e.g., leukemia)
Youth (15–24)Road injuries, suicide, homicide (varies by country)
Adults (25–44)Injuries (road, drug overdose), suicide, HIV/AIDS (in some countries), heart disease
Middle Age (45–64)Heart disease, cancer (esp. lung, colorectal, breast), liver disease
Older Adults (65+)Heart disease, stroke, cancer, Alzheimer’s disease

By Gender/Sex

GroupLeading Cause of Death
Cisgender MenHeart disease, cancer (lung, liver), accidents
Cisgender WomenHeart disease, cancer (breast, lung), stroke
Transgender IndividualsElevated risk from violence, suicide, and HIV/AIDS (especially trans women of color); limited large-scale data
Non-binaryInsufficient population-specific data, but risks often parallel those of trans populations or assigned sex at birth

By Race/Ethnicity (Example: United States)

GroupTop CausesUnique Issues
White (non-Hispanic)Heart disease, cancer, drug overdose
Black or African AmericanHeart disease, cancer, higher stroke risk
Hispanic/LatinoHeart disease, cancer, diabetes
Native AmericanAccidents, liver disease, diabetes, suicide
Asian AmericanCancer (leading cause), stroke, heart disease

Note: Disparities arise from systemic inequalities, access to care, and social determinants of health.


By Sexuality (LGBTQ+)

  • Limited global data, but in many regions:
    • Higher risk of suicide, mental health disorders, substance abuse, HIV/AIDS (especially among MSM and trans women).
    • Discrimination and healthcare avoidance contribute to worsened outcomes.
  • Common causes of death still include heart disease and cancer, with higher rates of premature death linked to stigma and healthcare disparities.

By Geographic Region

RegionLeading Cause(s)
High-Income CountriesHeart disease, cancer, Alzheimer’s, stroke
Low- and Middle-Income CountriesInfectious diseases (TB, HIV), maternal mortality, stroke, heart disease
AfricaHIV/AIDS, malaria, lower respiratory infections
AsiaStroke, heart disease, chronic lung disease
North AmericaHeart disease, cancer, drug overdose (opioid crisis)
EuropeHeart disease, stroke, cancer
Latin AmericaViolence (in younger adults), heart disease, diabetes

By Profession

  • Agricultural/farm workers: High injury rates, pesticide exposure, suicide
  • Construction workers: Falls, injuries, exposure to toxins (e.g., asbestos)
  • Healthcare workers: Infectious disease, burnout, mental health risks
  • Military/first responders: Combat-related injuries, PTSD, suicide
  • Office workers: Sedentary lifestyle risks (heart disease, diabetes)

Occupation-linked deaths often relate to environmental exposures, physical risks, or psychological stressors.


Conclusion:

Across almost all demographics, heart disease remains the leading cause of death, followed by cancer, stroke, and—in certain populations—accidents, suicide, or infectious diseases. However, the underlying causes (social, economic, political) differ significantly based on identity, geography, and profession.

Would you like this formatted into a chart, infographic, or specific to a country or report you’re working on?

What is love and how do I know if I’m in love?What is love and how do I know if I’m in love?

Love isn’t a single chemical but it does involve powerful chemicals in your body. When people say “love is just chemicals,” that’s oversimplified. Love is a complex emotional and psychological experience, but it’s strongly influenced by brain chemistry.

Here are the main chemicals involved:

1. Dopamine — the reward chemical

This is linked to pleasure, motivation, and craving. When you’re attracted to someone, dopamine spikes, which is why love can feel exciting, addictive, and energising.

2. Oxytocin — the bonding hormone

Often called the “love hormone.” It’s released during physical touch, cuddling, sex, and even deep conversation. It helps create feelings of trust, attachment, and emotional closeness.

3. Vasopressin — attachment chemical

Plays a role in long-term bonding and pair attachment, especially in committed relationships.

4. Serotonin — mood regulator (also influences sleep, appetite, digestion and cognition)

Serotonin activity (or “signalling”) can shift during early romantic attraction, which may explain why you obsessively think about someone in the early stages.

5. Adrenaline & norepinephrine

These create the physical symptoms: racing heart, sweaty palms, butterflies.


Love isn’t just chemistry — but chemistry is part of how your brain creates the feeling. Think of it like this:

  • Chemicals are the mechanism.
  • Love is the experience.

Being “in love” isn’t always a big, dramatic lightning-bolt moment. It’s usually a mix of feelings, attachment, and a steady choice to be with someone. Here are some signs that often point to real love rather than just attraction or a crush:

1. You care about who they are, not just how they make you feel

You genuinely admire their character, values and quirks — even their flaws. You’re not just chasing the excitement; you actually like them as a person.

2. Their happiness matters to you

You want good things for them, even when it doesn’t directly benefit you. When they’re struggling, it affects you too.

3. You feel safe being yourself

You don’t feel like you have to put on an act. You can be honest, vulnerable and imperfect, and still feel accepted.

4. You naturally think long-term

When you picture the future, they’re in it — not because you’re forcing it, but because it just feels right.

5. It’s not only intense — it’s steady

A crush can feel all butterflies and nerves.
Love often feels calmer underneath it all — grounded, warm and secure.

6. You choose them

Even on the ordinary days. Even when they annoy you a bit. Love isn’t just a feeling; it’s a consistent decision to stay connected. A couple of questions you might ask yourself:

  • If the excitement settled down, would I still want them around?
  • Do I respect them?
  • Do I feel more like myself with them — or less?

Love doesn’t always feel dramatic. Sometimes it’s quiet and steady — and that can be just as real.