Zakaj se tako obremenjujete z ženskami?
Ok, kaj rabiva:-)))?[/quote]
Sestaviti morava ljubezenski napoj za Spiderja, EB-ja in Matkica. Jaz bom poiskala knjigo na podstrešju in naštudirala besedilo, ti mi pa moraš dostaviti netopirjeva krila in po en las od Marka, Robija in On-a. :)) Na poti se izogibaj Margot, ona mi predstavlja konkurenco v tem poslu. :))[/quote]
LOL, in po lsem jaz otročji 😀 Ko v vrtcu!
Sicer pa hvala ampak jaz napoja ne rabim, dobim drugje, dajte moj delež Frančku ala marihuanci če že 😉
Sestaviti morava ljubezenski napoj za Spiderja, EB-ja in Matkica. Jaz bom poiskala knjigo na podstrešju in naštudirala besedilo, ti mi pa moraš dostaviti netopirjeva krila in po en las od Marka, Robija in On-a. :)) Na poti se izogibaj Margot, ona mi predstavlja konkurenco v tem poslu. :))[/quote]
LOL, in po lsem jaz otročji 😀 Ko v vrtcu!
Sicer pa hvala ampak jaz napoja ne rabim, dobim drugje, dajte moj delež Frančku ala marihuanci če že ;)[/quote]
Zdej ti bojo pa napisali, da se ne znaš šalit in da si preresen 🙂
Zadnjič slišal dva modela nekaj debatirata, pa eden izjavi: guza je pićka budučnosti:-))) Eto[/quote]
dober jebač je vsaj 2/3 peder — faf, anala – se ne razlikuje po spolu[/quote]
No faf verjetno malo se:-)) Verjamem na besedo.
Ubistvu imajo moški z redno obliko plešavosti dejansko manj testosterona.. tako da dejansko korelacija je, čeprav obratna 🙂 In to evidence-based. Tako da je včasih dobro kaj preverit, preden se spotakneš ob nekaj, ker se ti pač zdi neverjetno.[/quote]
ZNAKI IN SIMPTOMI, DA IMATE PREMALO TESTOSTERONA:
Pri moških: nabiranje odvečnih kilogramov, starikav videz, šibka želja po spolnosti, težave z erekcijo, utrujenost, zmanjšana mišična masa, gube, izguba samozavesti, neodločnost.
Pri ženskah: depresija, pretirana tesnobnost in bojazljivost, histerično odzivanje, pomankanje želje po spolnosti, nedoseganje orgazma, zmanjšana občutljivost ščegetavčka in bradavičk, boleči spolni odnosi, srbeča nožnica, izpadanje las v predelu senc, starikav videz, mišična oslabelost.
ZNAKI, DA IMATE PREVEČ TESTOSTERONA:
Do tega stanja pride v primerih zlorabe steroidov ali nadomestnih hormonov pri športnikih. Pri moških: akne, pogosto uriniranje zaradi povečane prostate, plešavost (izpadanje las), pretiran razvoj mišic. Pri ženskah: izpadanje las, razvoj moških potez in lastnosti, poglablanje glasu
Verjetno se ne bom dosti zmotil, če na pamet rečem, da take teme odpirajo eni in isti. Ne počnejo tega vsi samski moški in vsi tisti, ki so kar naprej zavračani s strani žensk. Za to mora biti izpolnjen še en pogoj in sicer, da nimajo svojega življenja in imajo preveč časa premišljevati o tem. Sam obiščem forum včasih 1x tedensko, včasih pa tudi večkrat na dan, napišem kak odgovor, ampak se ne sprašujem npr.: “kaj je z ženskami narobe”, “zakaj sem tako zelo sam” ali pa recimo: “v čem je smisel življenja”, “pri katerih letih si še lahko samski, da se šteje, da si normalen”. Taki, ki imajo življenje in si najdejo delo ali pa v prostem času (če ga sploh imajo) primeren konjiček, ki jih izpolnjuje in v njih prebuja strast in željo po uspehu, ki ga na koncu tudi dosežejo, si takih vprašanj preprosto ne postavljajo (vsaj ne non-stop, če si jih nekateri izjemoma kdaj). Drugače pa nisem “rad” samski, ampak rad počnem tisto, kar pač počnem v življenju in ne razmišljam o tem zakaj sem samski, se pa včasih, pred spanjem, zalotim pri sanjarjenju o “tisti pravi”, s katero se nebi kregala, ampak potem z realizmom zatrem take blodnje in zaspim.
Ubistvu imajo moški z redno obliko plešavosti dejansko manj testosterona.. tako da dejansko korelacija je, čeprav obratna 🙂 In to evidence-based. Tako da je včasih dobro kaj preverit, preden se spotakneš ob nekaj, ker se ti pač zdi neverjetno.[/quote]
Basically, each human has two “maps” that show cells how to build that human. These are called chromosomes. I will continue to call them maps for the remainder of our discussion. There are two types, X and Y. One of them, Y, is basically incomplete. It does not contain all the information that X does.
Females have two complete sets of maps (X Chromosomes). Men have an X and a Y.
Ordinarily, when building a cell, both maps are consulted. If the instruction is dominant, it is always used (at least, for the purposes of our discussion here). If the instruction is recessive, it is only used if the other map does not contain dominant instructions.
It just so happens that the direction for male pattern baldness is recessive. For it to happen, you must have the same pattern on both maps. The big problem is that this gene also happens to be on the part of the map where Y is incomplete. Males only get one shot at it, while females get two. This makes it much more common in males, as all things being equal, we’d expect to see it happen half the time in males and 1/4 of the time in females. This isn’t exactly true, but this is a very simplified discussion, so let’s roll with it.
As a quick aside, you’re probably wondering why you don’t see bald females very often. It does happen, of course, and many females end up with two maps that have the directions for male pattern baldness. The problem is that the symptom of the disease is triggered by the presence of testosterone. This is a chemical that men’s bodies produce in abundance, but that female bodies barely produce at all. This means that you mother could actually have the directions for this to happen, but you’d never know because there’s not enough testosterone in her body to make it happen. Think of it like gas in a car. The guy’s car is all gassed up and ready to go, and he’s got a map that tells him how to get there — sooner or later, he’s going. The girl on the other hand, has a car with only a little bit of gas and the destination is far away. Unless someone comes and fills her car up, even though she knows how to get to the same place the guy is going, she has no way to get there.
Wonderful. Now, let’s talk about why you need to look at your mother’s father to determine if you’ll have problems with baldness. Remember, we said that each person has two maps. One of those maps came from their mother, and one came from their father. Let’s assume you are my child, and I have male pattern baldness. If you are female, you don’t even care about this discussion, because you aren’t going bald. Lucky you. If you’re a guy, you look at me and my shaved head and wonder what’s in your future.
Well, your mother and I had to each give you a map. Since you’re a guy, you ended up with an X map and a Y map. Now, your mother had to give you an X map, because all she had were X maps. So, your Y map came from me. That map is incomplete and carries no information about baldness, so you simply can’t inherent your baldness from me. My line is completely irrelevant to the discussion of whether or not you’ll go bald. It doesn’t matter that your paternal grandfather had hair or that he comes from a long line of males with glorious locks. Sucks for me, but matters not for you.
So now we have to look at your mother and her line to determine if you’ll go bald. She has two X maps, one of which she left to you. Looking at her or her mother is no help. We have no way of knowing if either of them are carrying one or two maps that will lead to baldness for you. As we mentioned, it just doesn’t show up in ladies for many different reasons. However, we can look at her father. One of her X maps came from him — and he’s only got one to give her. We know if his map is faulty, because we can see it on his head.
Now, we’re going to get into a little math, but I’m only going to put the numbers up so that you can check them if you like — they’re not really important for our discussion if you accept what I’m telling you.
Let’s assume that your maternal grandfather is bald. This means that we know for a fact one of your mother’s maps is faulty. We have no idea if the other one is or not. She had to give one of these two maps to you. There is a 50% chance she gave you the map that originally came from her father. Right off the bat, you’re at a pretty high chance of getting this thing. However, she could have given you her mother’s map. What this means for you is that again, all things being equal, your mother will inherent a bad map from her mother about half the time. This means that even when you win and your X map ultimately came from your maternal grandmother, you’re still going to lose about half the time. That means if your maternal grandfather is bald, you’ll also be bald about 75% of the time.
Now, let’s assume your maternal grandfather wasn’t bald. You know that his X map is good. That definitely got passed to your mother, so she’s got at least one good map. As before, there’s a 50% chance that your X map originally came from him, so at least half the time, you’ve got nothing to worry about. Again, your mother will inherent a faulty map from your grandmother about half the time. This time, half the time that you don’t get the good map that originally came from your grandfather, you’ll still get a good map from your grandmother. This means that if your maternal grandfather is not bald, you’ll have a full head of hair your entire life about 75% of the time.
Again, there’s always outliers and some weird other genes that can cause baldness or things that can happen to you where your car never ends up with a tank of gas and you never follow the map to baldness. The human body is weird like that. But, there’s no other way to tell if you’re likely to get it without an expensive test and this easy visual is right approximately 75% of the time. If your mother’s father is bald, sorry for the bad news.
Methods
A total of 285 women, treated for a minimum of 1 year with subcutaneous testosterone implants for symptoms of androgen deficiency, were asked to complete a survey that included questions on scalp and facial hair. Age, body mass index (BMI) and serum testosterone levels were examined.
Results
Out of the 285 patients, 76 (27%) reported hair thinning prior to treatment; 48 of these patients (63%) reported hair regrowth on testosterone therapy (responders). Nonresponders (i.e. no reported hair regrowth on therapy) had significantly higher BMIs than responders (P = 0·05). Baseline serum testosterone levels were significantly lower in women reporting hair loss prior to therapy than in those who did not (P = 0·0001). There was no significant difference in serum testosterone levels, measured 4 weeks after testosterone implantation, between responders and nonresponders. No patient in this cohort reported scalp hair loss on testosterone therapy. A total of 262 women (92%) reported some increase in facial hair growth.
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