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Your Health In Mind with Michael Storm and Dr. Dean Lloyd, May 20, 2026 Hour 1
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Water and Fluid: Hydration
Optimal body hydration relies on drinking enough fluids—roughly 9 cups for women and 13 for men daily—to regulate temperature, lubricate joints, and maintain organ function. Needs fluctuate based on activity, climate, and diet. Up to 20% of your daily intake comes from water-rich foods, but consistent sipping is essential.Why Hydration MattersStaying properly hydrated ensures your body operates efficiently and prevents severe complications:Cognition: Helps reduce anxiety, prevents headaches, and improves mood.Heart Health: Allows your heart to pump blood more easily, preventing overwork.Physical Performance: Cushions joints and prevents muscle cramps during exercise.
How Much to DrinkAvoid the rigid “8 glasses a day” myth; fluid needs are highly individualized. The Harvard T.H. Chan School of Public Health notes that healthy adults should aim for roughly 11 cups (2.7 liters) per day for women and 16 cups (3.7 liters) for men. You can meet these goals through UCLA Health tips like:Drinking water before you feel thirsty (thirst is a sign you are already mildly dehydrated).Eating water-dense fruits like watermelon, strawberries, and cucumbers.Flavoring water naturally with lemon, berries, or mint to reduce reliance on sugary beverages.Top Hydration Products & ToolsFor those looking to track intake or relieve dry skin, various tools and top-rated products can support your hydration journey:Smart Tracking Bottles: Explore options on Amazon Hydration Bottles to track intake and set sip reminders.Electrolyte Mixes: For intense exercise or hot days, consider sports drinks or electrolyte powders like Kaged Hydra-Charge Electrolyte Drink Mix.Skin Hydration: To lock in external moisture, explore hydrating lotions like Eucerin Daily Hydration Lotion for sensitive skin or Neutrogena Hydro Boost Gel Cream.
Electrolytes are substances that produce electrically charged ions when dissolved in water, allowing them to conduct electricity. They are categorized scientifically by how completely they break apart in solution, and biologically by the essential minerals your body uses for vital daily functions.Chemical ClassificationIn chemistry, electrolytes are grouped by their ability to ionize:
Strong Electrolytes: Completely dissociate (break apart) into ions in water, allowing for high electrical conductivity.Examples: Soluble salts (like Sodium Chloride/\(\text{NaCl}\)), strong acids (like Hydrochloric acid/\(\text{HCl}\)), and strong bases.Weak Electrolytes: Only partially ionize in water (typically 5% or less), resulting in weak electrical conductivity.Examples: Weak acids (like Acetic acid/\(\text{CH}_3\text{COOH}\)) and weak bases.Nonelectrolytes: Dissolve in water but do not form ions at all, meaning they do not conduct electricity.Examples: Sugars (like Glucose/\(\text{C}_6\text{H}_{12}\text{O}_6\)) and alcohols.Biological ElectrolytesIn the human body, electrolytes are essential minerals that regulate nerve and muscle function, maintain blood volume, and balance your pH levels. The seven major bodily electrolytes include:Sodium: Maintains fluid balance and enables nerve and muscle signaling.Potassium: Assists with proper cell, nerve, and heart function.Calcium: Builds strong bones and teeth, and supports muscle contraction.Chloride: Helps regulate fluid levels and maintain a healthy blood volume.Magnesium: Supports heart, nerve, and muscle function, and helps regulate blood sugar.Phosphate: Works alongside calcium to build and repair bones and teeth.Bicarbonate: Acts as a buffer to maintain the body’s acid-base (pH) balance.
Why I don’t like RO water
Many people dislike Reverse Osmosis (RO) water because it is completely stripped of natural minerals. This demineralization makes the water taste flat or bland, causes it to be slightly acidic, and often leaves a strange, parched feeling in the mouth.The primary reasons many people avoid RO water include:Flat and Unnatural Taste: Water needs trace amounts of minerals like calcium, magnesium, and sodium to taste crisp and refreshing. Because an RO system removes these entirely, the water acts as a “blank slate” that many find unappealing or metallic.Acidity (“Hungry Water”): Stripped of buffering minerals, RO water often drops below a neutral \(pH\) level, making it slightly acidic. Because of this, it is sometimes referred to as “hungry water” and can aggressively absorb minerals from anything it touches, including old household pipes and sometimes even your food when you cook with it.Nutrient Concerns: Because RO removes beneficial electrolytes, some nutritionists and the World Health Organization (WHO) have raised concerns that long-term consumption of purely demineralized water may reduce your daily intake of essential micronutrients.Wastewater and High Maintenance: RO systems are notoriously inefficient, often wasting up to 3 gallons of water for every 1 gallon filtered. They also require frequent maintenance, as the filters and semi-permeable membranes must be replaced regularly to prevent foul tastes from accumulated bacteria.
Talk to you soon!
Hummmmmmmmmmin, Dean
The good doctor is basically an artsy-fartsy type of dude and you will not get past first base with the information you are going to get here.