Tag Archives: Biology

More Scientific Evidence That Beliefs Affect Biology

If you’ve been following me since I started writing on the internet a couple of years ago, you know that I have a certain soft spot for the power of belief (sampling: here, here, here, and here). I understand that many folks are still leery of that phrase, but when you couch it in the context of the “placebo effect,” it’s amazing how many people begin to accept it as a thing.

Depending upon your philosophical bent, you may believe that willpower is a depletable resource. You certainly wouldn’t be alone in that thought, as President Obama seems to subscribe to this point of view. There are also those who believe that willpower is not a limited resource. So, which one is it? A simple question without a simple answer. It’s important to remember that depending upon from which point we begin, we may be less inclined to believe the other side of the story (remember the confirmation bias?) As much as possible, it’s important to try to take in new information with an open mind. With that being said, (regardless of where you stand), try to examine the following study with an objective and critical eye.

…following a demanding task, only people who view willpower as limited and easily depleted (a limited resource theory) exhibited improved self-control after sugar consumption. In contrast, people who view willpower as plentiful (a nonlimited resource theory) showed no benefits from glucose—they exhibited high levels of self-control performance with or without sugar boosts. Additionally, creating beliefs about glucose ingestion (experiment 3) did not have the same effect as ingesting glucose for those with a limited resource theory.

When I read this, my first thought was, as the title suggests, more evidence that our beliefs can affect our biology (see: Biology of Belief). Of course, I understand if some folks have a hard time jumping on board with this, so, like I said, couching it in the language of the “placebo effect” seems to make it more palatable.

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After reading this, I’d encourage you to follow-through with application. That is, now that you have this knowledge, apply it to your own life. Test it out. See what works for you. Maybe you used to believe that willpower was a limited resource, but after reading this, think the opposite. It’s certainly worth taking a chance, right?

Biological Development of the Frog: Spiritual Development of Frogs, Part 1

In continuing to dig through some of the archives of papers I’ve written in the past, I thought I’d share a fun one I write while attending Sofia University. This paper was for a class in the Psychology of Spiritual Development. The prompt for the paper was for students to ‘construct our own synthetic model of spiritual development that integrated/incorporated two or more traditional or psychology models.’ I don’t remember where I got the idea to couch this in the context of frogs, but I remember that this made it more fun to write. Also, I remember the professor telling me that he really enjoyed reading the paper. I hope you do, too!

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This paper will give a summary of the biological development of frogs and pair spiritual development with the stages of biological development that a frog experiences. There will be reasoning offered as to why biological development belongs with spiritual development by way of support from other models of spiritual development. The biological stages of frogs are egg, tadpole, froglet, and adult frog. The spiritual stages of frogs are undifferentiated, protection, safety, becoming, individuation, and communal.

Biological Development and Spiritual Development

Biological development occurs across the lifespan from birth to death and it is arguable that spiritual development occurs across the lifespan, too. As we grow and age, we are forever embedded in a learning process. When we are babies, we learn mostly from our parents because they are constantly taking care of us. As we grow out of our baby stage, we begin to learn from other people in our environment, which could include siblings. We then move into early childhood and adolescence where we are not only learning from our parents, but we are learning from teachers, classmates, and any number of other people in our environment (bus drivers, strangers, cashiers, etc.) During these learning experiences, our body is also growing. Our body is in a constant state of change. When we are born from our mother’s womb, we are in one state of being – biologically speaking. This state we begin as babies is not even the same state that we are in the next day. There are multiple processes happening within our body that help us grow. Just as these processes are helping our body grow biologically, there are also spiritual processes that are taking place at the same time.

In M. Scott Peck’s, Stages of Spiritual Growth, Peck highlights that most children are in Stage one on his model. Peck has four different stages of growth and notes that most people progress from stage one to stage two (although not everyone does). Peck is not the only professional to posit that spiritual development occurs at certain ages. In James W. Fowler’s, Stages of Faith Development, Fowler highlights that Stage Zero occurs between birth and two years of age. Fowler has six stages of faith development (including stage zero), that people can progress through. Just as Peck noted with his stages of spiritual development, Fowler notes that not everyone can progress through the stages of faith development. Fowler’s stage six is reserved for those who have reached a state of being liken to that of Mahatma Gandhi or Mother Teresa. The case has been made for a similarity between biological development and spiritual development. In the next section, there will be a description of the biological development of a frog.

Biological Development of the Frog

Before we can understand the spiritual development of a frog, we need to understand the biological development. The unique factor in the biological development of frogs is that there is a metamorphosis. Before there can be a Life cycle of a frogmetamorphosis, there must be eggs. The majority of frogs start out as an egg. Most of the time, female frogs will lay eggs in the water, but sometimes, they will lay them on land. If these eggs are laid on land, they will be laid very close to the water. When the female frog lays eggs, they do not just lay one egg, but multiple eggs. These eggs are the subject of much predation and as a result, most frog eggs do not survive. However, those eggs that do survive from predators will hatch within one week.

Once the eggs hatch, they become tadpoles, which are sometimes referred to as polliwogs. Tadpoles have an oval body with long and vertically-flattened tails, much like the image of (a) in Figure 1. In this stage, the tadpole is completely submerged in water. There are no lungs, but there are external gills for respiration. The tadpoles do not have eyelids, nor do they have front and hind legs, but they do have tails that they use for swimming. These tadpoles typically eat algae. Tadpoles are very vulnerable to predation, just as the eggs. Something interesting to note is that their counterparts (fellow tadpoles) may eat tadpoles developing quicker than their counterparts do. That is, the late bloomers survive longer, which is not something that is common among other species, specifically humans. Tadpoles that develop early would grow hind legs faster as in (b) of Figure 1. Tadpoles can remain tadpoles for as long as one year depending on the time of year that they hatch. If they hatch into tadpoles near winter, they may stay as tadpoles through the winter.

Towards the end of the tadpole stage, frogs undergo a metamorphosis. There is a dramatic transformation in a frog’s physiology. These tadpoles develop hind legs and then front legs. The tadpoles will lose their external gills and develop lungs. The intestines shorten in length as they begin to shift from an herbivorous diet to a carnivorous. The position of their eyes shift to allow for improved binocular vision. This shift in their eye position is important and mirrors their shift from prey to predator. At this stage, the tadpole is no longer referred to as a tadpole, as this is inaccurate. However, it is referred to as a froglet. The image of this description can be found in (c) and (d) of Figure 1.

In the final stage of development to adult frog, the froglet undergoes a transformation known as apoptosis, which is the technical term for programmed cell death. The apoptosis for the froglet occurs in their tail. Instead of the tail falling off as in some other species, the froglet’s tail undergoes resorption, which is the technical term for the process of losing substance. This process can be seen by looking at Figure 1 from (c) to (d) to (e). In this section, there has been an explanation of how the frog undergoes biological development beginning with the egg. Then, there was a depiction of the process as a tadpole and as a froglet. Finally, there was a description of an adult frog. In the next section, there will be ties made between the stages of biological development and the stages of spiritual development.

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Note: Check back tomorrow for the last two sections of the paper (spiritual development of the frog and the conclusion).

Ecology: Systems Theory in Action

John Green‘s crash course in world history has ended (it had to some time, right?) and he’s now onto a new topic: literature. This version of crash course is going to be smaller (only about 12 weeks), but I’m still excited for it. He’s already two weeks in, so if you’re interested — I’d check it out.

As John Green’s crash course ended, I thought I’d check up on what Hank Green’s new crash course was going to be. Hank, being John’s brother, also does crash course. His first crash course was in biology. As much as I enjoy learning about “life and living organisms,” I didn’t think that my time (at this point) was best used by keeping up with this course. In fact, I did watch a couple episodes to see if I might be wrong (but I wasn’t).

So — what’s Hank’s new crash course? Ecology! I am so in!!

Ecology is a branch within biology that deals with the relations/interactions between organisms and their environment. In essence, ecology is a perfect example of the importance of systems theory. Aside from my elementary school days, my only exposure to ecology was when I picked up Integral Ecology at Chapters to thumb through it — on several occasions.

Hank’s already into the third week of crash course ecology, so if you’re interested, it’s time to catch up! Here’s the first one: