Carnal Desires (Let's be candid not trashy - Only 4 the discerning)

Why the hell would I want to tell you anything?

The Internet is forever and I don't know who the **** you are.

Clearly comprehension of the subject at hand has defeated you. Perhaps you should just move along Stan...........and keep it moving

........also before you reply...................I haven't got crayons to explain it further to you either.

Ha ha ha so amusing, dude. Need some new material for your spank bank? Include me out.

Oh yeh. Great thread.

Awesome stuff Edgar, great tune too.

Ok done!

I remember chocolate covered Carmals?

I like massages, deep erotic sensual massages.

What I'm saying is that giving one a massage gives me tremendous pleasure. No you may wonder about the ending, well that's up to your imagination as it suites you. I find that massages are quite intimate, sensual, so erotic......I would find it deeply concerning for a normal human being to go for a full body massage and not have at least one sexual thought (and I use the sexual term very loosely). It is normal for a human being to have these thoughts at the such a time an I suppose it's up to you to decide what you do with them, you are an adult after all and understand that actions have repercussions. There is just something about letting someone else into such intimate places on your body of which some you've probably reneged on even letting your so called intimate partner touch, like between your toes. Let that sink in for a bit.

I for one enjoy taking in every detail of the lady I'm massaging. down boys. I like to watch how every little detail manifests itself as the arousal sets in..............tbc.

I don't know why you think anyone give a crap about your 'hobbies'. Surely there are sites that encourage sharing such things. I doubt you will find the kind of engagement you hope for, but who knows. There may be a few folks who will get weak over notions of arousal, and then there are others who will think you are trying too hard....and maybe even boring....yawnnnnnnnnn.

A flagellum is a whip-like structure that allows a cell to move. They are found in all three domains of the living world: bacteria, archaea, and eukaryota, also known as protists, plants, animals, and fungi. While all three types of flagella are used for locomotion, they are structurally very different.

Other cells have different means of locomotion. Cilia are similar to flagella in structure and function, but a cilium is shorter and moves differently. A ciliated cell usually has hundreds or thousands of cilia, which move in unison like little oars. Sometimes a cell will also use cilia to funnel food into an oral groove. Various species of paramecium employ cilia for both purposes.

Some cells get around by pushing cytoplasm into an extension of the cell membrane, forming a structure called a pseudopod. This is true of Amoebas and white blood cells in our bloodstream.

Structures and Types of Flagella
Far from being a simple hair-like structure, the eukaryotic flagellum has a complex cross-section. It is similar to a cilium in structure, though cilia generally move in a back and forth motion, as opposed to the corkscrew movement of a flagellum.

The eukaryotic flagellum is a long, rod-like structure that is surrounded by an extension of the cell membrane like a sheath. The bulk of the structure is a filament called an axoneme. Necessary materials are transported along the flagellum. The whole structure is anchored in a basal body, which is similar to a centriole in structure.

The axoneme has nine pairs of microtubules supporting it from within. These microtubule doublets surround two single microtubules. This arrangement is called the 9 + 2 structure. Eukaryotic cilia also have this structure; the cilia are simply shorter.

The nine-microtubule doublets have dynein arms that are powered by ATP. The arms cause the microtubules in each pair to slide against one another. This causes the flagellum to bend, allowing the cell to move. Radial spokes extend toward the central microtubules. Their role is not known, but they may play a role in stabilizing the flagellum.

https://study.com/academy/lesson/flagella-definition-structure-functions.html

Yet you're still here...............