Infinite Bioscience Care

04/10/2026

02/10/2026

Have you tried it yet?
Yum yummy 😋 chickpeas, sweetcorn, garlic, tuna, organic tomatoes organic eggs organic avocado 🥑 black pepper black salt organic olive oil sit and enjoy 💡😂

02/10/2026

Most people grow up believing intelligence is measured by IQ, memory, or how quickly they can solve problems. But neuroscience suggests there is another form of intelligence that is far rarer, and it has very little to do with being the smartest person in the room.

It is called self-awareness. The ability to notice your own thoughts, question your emotions, recognize your biases, and understand why you react the way you do. This skill changes how you handle stress, relationships, success, and failure. Instead of blaming the world, highly self-aware people pause, reflect, and adjust. They learn from uncomfortable emotions instead of running from them.

That is why two people can experience the same setback and walk away with completely different futures. One stays trapped in old habits. The other uses the experience to grow. The difference is not talent or luck. It is the willingness to understand what is happening inside their own mind before reacting to what is happening around them.

Research in psychology continues to show that self-awareness is closely linked to emotional intelligence, better decision-making, stronger relationships, and long-term personal development. It helps people break unhealthy patterns, communicate more effectively, and make choices that align with their values instead of temporary emotions.

The greatest upgrade for your mind is not learning more facts. It is learning more about yourself. The moment you truly understand your own mind is often the moment your life begins to change.

01/10/2026

A Poem for Today
From Shelter to Sky
:
The world has changed since two thousand and two,But the love that he gave still lives inside you.
Through the heaviest storms and the coldest of nights,
You kept moving forward, searching for lights.
From the walls of the shelter to a place of your own,
You have proven how much you have weathered and grown.
And up in the stars, where the quiet winds blow,
Two beautiful souls look down on the glow.

"Daddy, as we celebrate your memory today, I want you to know that even though I miss you terribly, I am stronger today than yesterday. I am so grateful for the foundation you gave me. My brother has joined you in heaven now, and I ask that you both keep watching over us, keeping the rest of us safe and healthy. Love you so very much, daddy. Rest in Paradise.
Love, your daughter and family " KokoFingerprint

30/09/2026

Great idea 💡

27/09/2026

There's a great hope in working with the right people☘️💕🌵

27/09/2026

Scientists are uncovering how inflammation in the body communicates directly with the brain to change behavior. When the immune system is activated during infection or injury, it releases signaling molecules called cytokines. These signals do not stay in the body alone; they reach the brain through specialized interfaces and trigger changes in neural activity. This leads to a coordinated set of behaviors known as “sickness behavior,” including fatigue, low mood, and reduced social interest.

The mechanism involves immune-to-brain signaling pathways that influence key brain regions involved in motivation and emotion. Cytokines activate microglia, the brain’s immune cells, which then alter neuronal signaling and neurotransmitter balance. This shifts brain networks away from reward and exploration toward rest and energy conservation. While this response helps the body recover by reducing energy expenditure and limiting pathogen spread, prolonged or excessive inflammation can disrupt normal mood regulation and cognitive function.

This matters because it reframes conditions like depression, brain fog, and cognitive slowing in some illnesses as partly biological immune-brain interactions rather than purely psychological effects. Understanding these pathways helps explain why chronic inflammation is linked to higher risk of depression and dementia, and why targeting immune activity may become part of future brain health strategies.

Source: Linköping University