Steroids

Steroid hormones arelipid-soluble and can dissolve easily into the cell membrane of the target cell to connect with receptors. Protein hormones are water-soluble and connect with receptors at the membrane because it can't diffuse through the membrane.

The smooth endoplasmic reticulum (ER) is the organelle that carries out these functions. It is responsible for synthesizing lipids such as phospholipids and steroids, as well as detoxifying various harmful substances. Unlike the rough ER, the smooth ER does not have attached ribosomes on its surface.

Lipids are large nonpolar organic molecules that include fats and steroids. They are essential for energy storage, cell membrane structure, and hormone production in the body. Fats provide long-term energy storage, while steroids serve as signaling molecules and are involved in various physiological processes.

There is no simple way to explain this however lets see where it goes, : When one takes a chemical, Any chemical Which causes the brain to act in a way that normally without the chemical it would be impossible to do eg.: When on Steroids one can lift a car in most cases without even the slightest bit of strain, now lets try to picture that same person trying to lift a car without Steroids, Aside from the fact that the brain has no motivation to do that bec. it knows that without any help of some sort it wont be able to do . But lets say that he puts all his might into trying to lift but to no avail.

How is it possible that in one case W/ Steroids The person can lift the car without any strain or help But when the same person tries the same task just WO Steroids he can't lift it ?

Answer the Steroids manipulates the brain in such a way that it makes it possible to do such a thing.

ANYTHING THAT HAS SUCH AN EFFECT ON THE BRAIN AND BODY, CAUSES A MAJOR TRAUMA TO THE PERSON EXPIERIANCING IT SIDE EFFECTS CAN BE LETHAL WHICH CAN INCLUDE DEATH, CARDIAC ARREST AND MANY OTHER LIFE THREATNING SYMPTOMS! The reason is simple; Bec. If his whole life his brain reacted the same way to anything and everything and then one day he goes ahead and puts an extremely potent chemical in him which causes the brain to act in a way different then it did since the day he was born . So the CNS (central nervous system) and a few other important org, will go haywire from the change and the trauma!

Now what happens when the steroids wares off? once again the brain along with the CNS has to switch back to its normal state of life which is once again another trauma to the person .

IN A FEW SHORT WORDS: Causing the brain to change it's normal condition by adding a chemical is a strain which no brain is meant to be able to handle, ; The result can easily lead to death .

Hayy What yall doin

Triglycerides are composed of three molecules of the alcohol glycerol.

Phospholipids have two, rather than three, fatty acids attached to the molecule of glycerol.

Steroids are composed of four fused carbon rings with various functional groups attached to them.

No, lysosomes do not make steroid hormones. Lysosomes are cell organelles that contain enzymes responsible for breaking down cellular waste and recycling old cell components. Steroid hormones are produced in specialized cells in the endocrine system, such as the adrenal glands and gonads.

Tissues that produce steroids, such as the gonads, are likely to be rich in smooth endoplasmic reticulum. This organelle is involved in steroid synthesis due to its role in lipid metabolism and the production of enzymes required for steroid biosynthesis.

III. Lipids are diverse group of hydrophobic molecules, all hydrophobic; includes waxes and pigments not discussd A. Fats - not polymers, large molecules assembled from smaller molecules - glycerol and fatty acids 1. glycerol = alcohol w/ 3 C, each with a OH group 2. fatty acid = long C skeleton, 16-18 C long (fig 5.11) a. carboxyl group at end b. long chain of hydrocarbons - C-Hbonds are nonpolar, producing hydrophobic molecule c. 3 fatty acids join to the carbon skeleton, making a triglyceride, aka triglycerol d. fatty acids attached to the chain can be the same or different e. if there are no double bonds btn C, chain is straight - saturated fatty acid - solid =fats f. if double bonds occur, chain is kinked- unsaturated - will be liquid = oils g. cis bonds vs. trans bonds in hydrogenated products 1. trans fats in hydrogenated products may contribute more to atherosclerosis than saturated fats h. fat is very useful - a gram of fat stores more than 2x as much energy as a gram of polysac 1. compact storage for animals on the move (Plants don't have to move) 2. storage, warmth and cushioning B. Phospholipids -similar to fat, but only 2 fatty acids 1. 3rd hydroxyl group of glycerol attaches to negatively charged phosphate group (Fig. 5.13) a. other small charged molecules can attach to phosphate group to form phospholipids 2. head is hydrophilic, tail is hydrophobic (fig 5.14) a. in water, phospholipids self assemble into bilayers to shield hydrophobic portions from H2O 3. cell membranes are made of this, form a boundary btn cell and environment that is semipermeable C. Steroids - lipids w/ 4 fused rings for C skeleton (f.g 5.15) 1. functional groups vary 2. cholesterol a. common in cell membranes b. precurser of other steroids, eg. sex hormones and other hormones c. cholesterol is important, too much is bad

SOURCE: www.ltcconline.net/kloss/bio101/ch5.doc

The liver is the primary organ responsible for producing bile acids, which aid in the digestion and absorption of fats. Steroid hormones, on the other hand, are produced in the adrenal glands and reproductive organs such as the ovaries and testes.

Steroids are a type of lipid. They are characterized by a structure that includes four interconnected carbon rings. Steroids serve various functions in the body, including as signaling molecules and as components of cell membranes.

Everything in excess can be bad for you. But used under medical supervision, these life enhancing drugs can be very safe and beneficial, especially in men over 40. Teens, no way, too much is already going on in their bodies hormonally to introduce synthetic hormones to their system.

it will have abundant smooth endoplasmic reticulum

No, proteins are not steroid hormones. Steroid hormones are a type of hormone derived from cholesterol, while proteins are large molecules made up of amino acids. Steroid hormones are lipid-soluble and are involved in regulating various physiological functions, while proteins have diverse functions in the body such as providing structure, facilitating chemical reactions, and signaling.

It is difficult to determine which country produces the most steroids, as illegal steroid manufacturing occurs globally. However, reports suggest that countries like China, India, and Mexico are prominent sources of illicit steroid production.

It is illegal to use steroids without a prescription in many countries, and health experts generally discourage their use without medical supervision. The minimum age for legally obtaining steroids with a prescription varies by country, but it is typically 18 years or older. It is important to consult a healthcare provider before considering steroid use to understand the potential risks and benefits.

The function of insulin is too maintain the blood glucose level. So, really, it controls the level of sugar in your body. People with diabetes have trouble controlling their blood glucose level as their insulin doesn't work very well. People with Type 1 Diabetes have to take insulin medications, while people with type 2 diabetes can control their blood glucose levels with diet.

The building block of steroid hormones and vitamin D is cholesterol. Cholesterol serves as the precursor molecule for the synthesis of these important biological compounds in the body.

Yes, steroids known as brassinosteroids play essential roles in regulating plant growth and development. They are involved in various physiological processes, such as cell elongation, seed germination, and stress responses. However, synthetic steroids or hormones used in human medicine can be toxic to plants if applied in excessive amounts.

Steroids function as hormones in the body, helping to regulate various physiological processes such as metabolism, immune response, and stress. They also play a role in inflammation and are commonly used in medicine to treat conditions like asthma, arthritis, and certain autoimmune disorders. Additionally, steroids can promote muscle growth and repair when used in conjunction with exercise.

There are 5 chiral carbon atoms in norethynodred.

Steroid and lipid are hydrophobic and are hence soluble in lipids. Their non-polar nature also allows them to simply diffuse past the cell plasma membrane's hydrophobic core. Thus, the vesicles are not required for transportation (exocytosis).

It is generally recommended to wait at least 8-12 weeks between steroid cycles to allow your body to recover and to minimize the potential for adverse effects on your health. This period allows for your hormone levels to normalize and for your body to reset before starting another cycle. It's important to consult with a healthcare professional before starting any steroid cycle.

Anabolic steroids are synthetic steroids (some are undetectable on standard tests for steroids) and have the same biological effects (including physical performance enhancements) as do natural biologically produced steroids.