Cute Character Macaroon

Hello Kitty and Peko Macaroon

Vegetarian Sliders


8 blue corn tortillas
2 tablespoons olive oil, divided
1/4 cup black beans (canned or fully cooked)
1/4 cup diced yellow onion
1/4 cup diced fresh green bell pepper
1/4 cup diced fresh zucchini
1 carrot, diced
3 tbsp whole wheat bread crumbs
1 tbsp whole wheat flour
1½ garlic cloves, minced
1 tsp hemp seed powder
1 tsp sesame seed powder
pinch cayenne pepper
sea salt and black pepper
Gouda cheese slices, to melt on burger
handful of fresh sprouts
1 fresh tomato, sliced in rings
1 red onion, sliced in rings
Thousand Island dressing


  1. To make the tortilla chips, preheat oven to 350°F.
  2. Brush top side of blue corn tortillas with 1 tbsp olive oil, and cut into triangular pieces. Place on baking sheets and bake for 8-10 minutes, until crisp. Sprinkle with a little sea salt and set aside.
  3. To make the veggie sliders, mash black beans to a chunky consistency.
  4. In a large bowl, combine beans, all veggies, bread crumbs, flour, garlic, hemp seed powder, sesame seed powder, cayenne, and salt and pepper to taste. Knead ingredients together with your hands until you can form a ball. Form into small patties.
  5. In a skillet, heat 1 tbsp oil over medium heat. Cook veggie patties for 4-5 minutes on each side. Once you flip burgers to second side, cover with cheese slice to melt.
  6. Dress burgers with all condiments and serve with warm blue corn tortilla chips.

Makes 8 servings.

Source: The Organic Family Cookbook

In Pictures: Sliders (Mini-burgers)

Simple Blood Test Can Predict Risk of Dementia

Scientists at Rigshopitalet, Herlev Hospital and the University of Copenhagen identify a new biomarker that can predict the risk of developing dementia by way of a simple blood test. In the long term, this could mean better prevention and thus at least postponement of the illness and at best evading the development all together. The study was recently published in an internationally acclaimed journal, the Annals of Neurology.

Globally, in excess of 35 million people suffer dementia – in Denmark alone, there are approx. 80,000 who suffer this illness. Prevalence increases in step with aging, and as people’s life years are continually on the rise in most countries, there is also an increasing need to be able to identify the citizens who are at the greatest risk of suffering dementia.

As opposed to cardiovascular diseases, where the level of cholesterol in our blood indicates the risk of cardiac arrest, there are no such trustworthy markers in our blood in terms of diagnosing the risk of dementia setting in. However, Scientists at Rigshopitalet, Herlev Hospital and the University of Copenhagen have now identified a new biomarker, measurable in a simple blood test, which will help predict the onset of dementia.

More precise risk evaluation

“The blood test will help provide a more precise risk evaluation of a citizen’s risk of developing dementia later in life. Thus the citizens at the greatest risk of developing the illness are more easily identified than at present,” says Ruth Frikke-Schmidt, assistant clinical and research professor at the Faculty of Health and Medical Sciences at the University of Copenhagen and consultant physician at Rigshospitalet.

Researchers hope that with time, this new blood test will be applicable in clinical practice. “The blood test will enable an earlier and more focused prevention effort, thus prolonging the onset of the illness and raising the individual’s quality of life,” adds Ruth Frikke-Schmidt.

76,000 people partook in public studies

In the study, researchers show that a low level of the biomarker, the so-called apolipoprotein E, in our blood, increases the risk of developing dementia in the future. This was revealed in comprehensive studies of the general public, the Herlev-Oesterbro Study and the Oesterbro Study, involving 76,000 people.

Point of departure for the development of new drugs

The healthy brain consists of millions of interconnected nerve cells. The brain in a person suffering dementia is very different. The well-organised, structured coordination of nerve cells is intersected by, among other things, senile plaques that consist of the viscous compound, β-amyloid.

The low level of apolipoprotein E in the blood, as the researchers point out in the study, most likely reflects a low level of apolipoprotein E in the brain, and this indicates that the viscous compound, β-amyloid, is less effectively removed. Thus the study’s results underpin a biological mechanism.

“Over time, this increased biological knowledge about dementia can constitute a point of departure for the development of new drugs,” concludes Ruth Frikke-Schmidt.

Source: EurekAlert!

Today’s Comic