Dietary patterns with a higher proinflammatory potential were associated with higher CVD risk. Reducing the inflammatory potential of the diet may potentially provide an effective strategy for CVD prevention.
Inflammation plays an important role in cardiovascular disease (CVD) development. Diet modulates inflammation; however, it remains unknown whether dietary patterns with higher inflammatory potential are associated with long-term CVD risk.
According to a recent study, obesity increases the risk of dying of Covid-19 by nearly 50%. Governments around the world are now hoping to encourage their citizens to lose weight. But with so much complex and often contradictory diet advice, as well as endless food fads, it can be hard to know what healthy eating actually looks like.
How many pieces of fruit and vegetables should you eat a day? Will cutting out carbs help you lose weight? Is breakfast really the most important meal of the day? Speaking to Tim Spector, professor of genetic epidemiology at King’s College London about his new book Spoon-Fed, Madeleine Finlay asks why we’re still getting food science wrong, and explores the current scientific evidence on snacking, supplements and calorie labels.
Tim Spector is a Professor of Genetic Epidemiology and Director of the TwinsUK Registry at Kings College, London and has recently been elected to the prestigious Fellowship of the Academy of Medical Sciences. He trained originally in rheumatology and epidemiology. In 1992 he moved into genetic epidemiology and founded the UK Twins Registry, of 13,000 twins, which is the richest collection of genotypic and phenotypic information worldwide. He is past President of the International Society of Twin Studies, directs the European Twin Registry Consortium (Discotwin) and collaborates with over 120 centres worldwide. He has demonstrated the genetic basis of a wide range of common complex traits, many previously thought to be mainly due to ageing and environment. Through genetic association studies (GWAS), his group have found over 500 novel gene loci in over 50 disease areas. He has published over 800 research articles and is ranked as being in the top 1% of the world’s most cited scientists by Thomson-Reuters. He held a prestigious European Research Council senior investigator award in epigenetics and is a NIHR Senior Investigator. His current work focuses on omics and the microbiome and directs the crowdfunded British Gut microbiome project. Together with an international team of leading scientists including researchers from King’s College London, Massachusetts General Hospital, Tufts University, Stanford University and nutritional science company ZOE he is conducting the largest scientific nutrition research project, showing that individual responses to the same foods are unique, even between identical twins. You can find more on https://joinzoe.com/ He is a prolific writer with several popular science books and a regular blog, focusing on genetics, epigenetics and most recently microbiome and diet (The Diet Myth). He is in demand as a public speaker and features regularly in the media.
Salt, so important to human health and disease, is also prominent in HUMAN HISTORY. Civilization has required it from earliest times. Cereal grains, the ‘Staff of life” is relatively low in SODIUM CHLORIDE, salt, making it a desirable food additive.
PRESERVATION of food before refrigeration required salt. Natron (Natrium is latin for salt, and Na is its chemical symbol) was the Egyptian city known for its salt. Salary was an income supplement to Roman Legionnaires for purchase of salt.
Salt, gold and slaves were prominent in north African trade, and salt was often as valuable, ounce for ounce, as gold. “Below the salt” in medieval times meant the “cheap seats” in Feasts; only the “high table” had salt.
SEA WATER was about 0.9% salt at the dawn of Life, and that is presently the salt concentration in EXTRACELLULAR FLUID.
TASTE BUDS are happy with salty foods, and one set is specialized to pick up salty favors. The 4 others are sweet, sour, bitter and umami. As you can see, these taste buds were pro-evolutionary in our paleolithic ancestors.
The extra salt, sugar, and fats that taste so good in our present modern, excessive society are over-generously supplied by capitalistic producers intent on enhancing sales. Portions keep getting ever larger to encourage us to eat more.
Salt supports BLOOD PRESSURE, and sometimes ER Patients in shock are given saline infusions. More commonly, HYPERTENSION is treated by salt restriction, as illustrated in the accompanying Infographic.
POTASSIUM is the most common cation in the INTRACELLULAR FLUID, just as Sodium is most common in the Extracellular fluid. Our bodies fastidiously defend narrow concentration limits of Sodium, Potassium and other electrolytes which are important constituents of the famous Milieu interieur.
It is interesting that the Sodium-Potassium ATP Pump requires a large percentage of the ENERGY used to keep us alive. This pump also keeps our cell membranes POLARIZED, so important in NERVE TRANSMISSION.
So eat a lot of NATURAL FOODS, high in potassium, and avoid the catsup, sauces and condiments that riddle our high sodium, Fast food, modern diets.
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