hello great article
This is fucking inappropriate. imagine little kids around the world watching this. it is teaching them to rob and murder. fuck u a vicii. you are such a bitch.
We’re supposed to feel sorry for her? They went round taking other people’s money and threatening people.
Why waste your time and effort on discussing their sexuality? The important thing is how awful they were at robbery. And they were really, really bad at it.
the problem of gay and lesbian is that it promotes like something healthy and normal and is not
they’re terrible robbers because bonnie and clyde too were ridiculously terrible robbers and this music video is based off bonnie and clyde. amazing.
I just.. Love this song ♥ I sing it all the day :D
la verdad es q me disgusta un poco esto por que DIOS creo a un hombre y una mujer para que se amaran no mujer con mujer la verdad debo aceptar que el tema de las lesbianas a mi me da asco por q soy una niña ademas eso no deberia ser asi lo que mas no me gusta de las lesbianas y gays es que la homosexualidad o el sexo opuesto no le agrada a DIOS ademas lo de las lesbianas y gays no lo deberian mostrar en videos que tal tu hijo o tu hija esten viendo esto y se vuelvan lesbianas o gays esta es mi opinion y no comienzen a criticar mi comentario u opinion por que apenas tengo diez años de edad y me tome el tiempo para escribir todo esto no como otros que no lo piensan y solo escriben por que si
Avicii – Addicted To You: http://youtu.be/Qc9c12q3mrc
A più tardi! :))
Homosexuels is not crime.. Is a feeling it’s love.. And liberty personal.. I was thinking just arb societys is full of homophobie.. But i see all the word is full Sooru my English not good
So many of you people seem to think that anybody against gay rights is a homophobe. A homophobic person is someone who is AFRAID of gays/lesbians. I couldn’t begin to tell you how people can be gay/lesbian, because I certainly have never experienced that. But I DO know that there are so many people in the world that are for it, which honestly baffles me. People protesting and conflicting with so many other valid opinions in the wrong way. “You’re against gay rights? Wow you are such a fucking homophobe.” (That quote obviously does not apply to everyone). Maybe you should consider the other side of this utterly stupid conflict. It’s so funny how all these people rant day and night about how being gay or lesbian isn’t wrong… but I’m more confused as to why people think it’s RIGHT. And for those who say it’s in the bible that it’s okay to be gay/lesbian, I can definitely argue against that, for sure.
If you comment against this, it MIGHT just prove my point even more on how prejudice people can be.
Now let me brace myself for the incoming hate comments
Бессмысленно и беспощадно… но как мило и заводяще.) 40-е!
Omg, That Made Me Cry.. She Loved Her So Much That She Couldn’t Live Without Her So She Suicided Herself By The Bomb.. How Sad.. But Beautiful.. D; * Dont Be Racist Cause Shes A Lesbian, Cmon Rlly People? *
Honestly who cares if someone’s gay? Love is love.
Name of girls? For important research.
Avicii – Addicted To You
Perhaps we will have to wait a bit longer to see the peoples mind (all) open to this. Im 15, not gay and i have nothing against black people, lesbians or gays. Perhaps because i grew up on an environment where basically nothing of that mathers. Away from religion. It all depends in what you are thougt to think, some people related to religion stuff might say that lesbians and gays shouldnt be real,… because they believe in god and all that crap… others grew up with racist thougts around them, and might have became one.. but in my opinion is something that with time will vanish. So lets wait, since there are yet lots of people whose minds are below ours.
Alright, 2 people alone in the world. They’re gay. Will they repopulate society? No. There’s no adoption centers in a post apocalyptic situation. 2 heterosexual/straight people in the world. Will they repopulate? Babies galore, damn it. See why being homosexual is against nature? Against natural selection? We wouldn’t have another world if gays were the only people we relied on. I’m not against gays, I’m just saying that being gay would have so many negative effects to the other people in the world.
How to start an internet fight: 1. Write a comment 2. Wait
I didn’t hate the video because they were gay, I mean, I’m bisexual myself, I hated the video because their robbery was an absolute failure.
Am I the only one here who loves the video and the song?
Gay/Lesbian love is wrong from an evolutionary standpoint. Their relations will not advance the species. But guess what. Who fucking cares if they can have children. Earth is over populated as is. So, all the power to you people for being happy and helping the environment. Get your shit together straight people. Love is love, etc etc.
0:46 – So, judging from the car further in the video, I can assume we’re in the 40’s or earlier. She pulls a modern pistol. 2:11 – While these two idiots are celebrating the money, literally EVERYONE in that place could just run away, or even pick up their guns because they left them wherever. 2:30 – Awful position for her, she could have sit behind that desk and she’d have cover. 2:36 – Sniper rifles were not common police weapons, by a very long shot. They were rare even in the army. This one also also looks very modern, especially that bi-pod. 2:48 – No one loses that much blood from a gunshot in such a short time. 3:08 – This guy is using a *German* machine gun that probably hasn’t even been invented. 3:18 – That bomb was somehow waiting all this time to be detonated. It’s not remote, as she doesn’t have any detonator on her hands. Someone ought to explain HOW she was able to get that explosive off the wall as well. 3:19 – That explosion was big enough to damage the roof of that bank. If they detonated that while they were inside, both of those idiots would have blown themselves up, along with the non-hostages.
I can’t believe how much rasist people are in the world!!! WHAT’S THE PROBLEM OF BEING LESBIAN OR GAY? I’m not lesbian but I don’t hate lesbians or gay people! C’mmon guys we are in 2014 NOT in 1700 any more!!!
Avicii – Hey Brother (Lyric): http://youtu.be/YxIiPLVR6NA
Hey Brother ^_*
I always think of the walking dead when I listen to this. I don’t know why
esta será una de las canciones qe usare para mi nuevo top 10/5 de mis tipos dragones favoritos <3
This may seem weird but I’m really scared of dying. I want to be with someone a girl preferably not for the looks the money or the fame but for them and everyone who’s reading this right now I am going to die so will you your loved ones. That’s not a threat. But I’m really scared what happens next. Live life to the max I want to meet someone. Before it’s too late and It’s too late. I don’t know what’s wrong with me.
Asexual reproduction is a mode of reproduction by which offspring arise from a single organism, and inherit the genes of that parent only; it is reproduction which almost never involves ploidy or reduction. The offspring will be exact genetic copies of the parent, except in the specific case of automixis. A more stringent definition is agamogenesis which is reproduction without the fusion of gametes. Asexual reproduction is the primary form of reproduction for single-celled organisms such as the archaebacteria, eubacteria, and protists. Many plants and fungi reproduce asexually as well.
While all prokaryotes reproduce asexually (without the formation and fusion of gametes), mechanisms for lateral gene transfer such as conjugation, transformation and transduction are sometimes likened to sexual reproduction (or at least with sex, in the sense of genetic recombination). A complete lack of sexual reproduction is relatively rare among multicellular organisms, particularly animals. It is not entirely understood why the ability to reproduce sexually is so common among them. Current hypotheses  suggest that asexual reproduction may have short term benefits when rapid population growth is important or in stable environments, while sexual reproduction offers a net advantage by allowing more rapid generation of genetic diversity, allowing adaptation to changing environments. Developmental constraints may underlie why few animals have relinquished sexual reproduction completely in their life-cycles. Another constraint on switching from sexual to asexual reproduction would be the concomitant loss of meiosis and the protective recombinational repair of DNA damage afforded as one function of meiosis. (Also see Meiosis section: Origin and function of meiosis)
Contents [hide] 1 Types of asexual reproduction 1.1 Fission 1.2 Budding 1.3 Vegetative propagation 1.4 Sporulation 1.5 Fragmentation 1.6 Agamogenesis 1.6.1 Parthenogenesis 1.6.2 Apomixis and nucellar embryony 2 Alternation between sexual and asexual reproduction 3 Inheritance of asexual reproduction in sexual species 4 Examples in animals 5 See also 6 References 7 Further reading 8 External links Types of asexual reproduction Fission Main article: Fission (biology) An important form of fission is binary fission. In binary fission, the parent organism is replaced by two daughter organisms, because it literally divides in two. Organisms, both prokaryotes (the archaea and the bacteria), and eukaryotes (such as protists and unicellular fungi), reproduce asexually through binary fission; most of these are also capable of sexual reproduction.
Another type of fission is multiple fission that is advantageous to the plant life cycle. Multiple fission at the cellular level occurs in many protists, e.g. sporozoans and algae. The nucleus of the parent cell divides several times by mitosis, producing several nuclei. The cytoplasm then separates, creating multiple daughter cells.
In apicomplexans, multiple fission, or schizogony, is manifested either as merogony, sporogony or gametogony. Merogony results in merozoites, which are multiple daughter cells, that originate within the same cell membrane, sporogony results in sporozoites, and gametogony results in microgametes.
In multiple fission, the nucleus of the parent cell divides by mitosis several times, producing several nuclei. The cytoplasm then separates, creating multiple daughter cells.
Budding Main article: Budding Some cells split via budding (for example baker’s yeast), resulting in a ‘mother’ and ‘daughter’ cell. The offspring organism is smaller than the parent. Budding is also known on a multicellular level; an animal example is the hydra, which reproduces by budding. The buds grow into fully matured individuals which eventually break away from the parent organism.
Internal budding or Endodyogeny is a process of asexual reproduction, favoured by parasites such as Toxoplasma gondii. It involves an unusual process in which two daughter cells are produced inside a mother cell, which is then consumed by the offspring prior to their separation.
Endopolygeny is the division into several organisms at once by internal budding. also budding (external or internal) is present in some worm like Taenia or Echinococci; these worm produce cyst and then produce (invaginated or evaginated) protoscolex with budding.male and female dont have sex they seduce
Vegetative propagation Main article: Vegetative reproduction
Closeup of a Bryophyllum daigremontianum Vegetative reproduction is a type of asexual reproduction found in plants where new individuals are formed without the production of seeds or spores by meiosis or syngamy. Examples of vegetative reproduction include the formation of miniaturized plants called plantlets on specialized leaves (for example in kalanchoe) and some produce new plants out of rhizomes or stolon (for example in strawberry). Other plants reproduce by forming bulbs or tubers (for example tulip bulbs and dahlia tubers). Some plants produce adventitious shoots and suckers that form along their lateral roots. Plants that reproduce vegetatively may form a clonal colony, where all the individuals are clones, and the clones may cover a large area.
Sporulation Main article: Sporogenesis Many multicellular organisms form spores during their biological life cycle in a process called sporogenesis. Exceptions are animals and some protists, who under meiosis immediately followed by fertilization. Plants and many algae on the other hand undergo sporic meiosis where meiosis leads to the formation of haploid spores rather than gametes. These spores grow into multicellular individuals (called gametophytes in the case of plants) without a fertilization event. These haploid individuals give rise to gametes through mitosis. Meiosis and gamete formation therefore occur in separate generations or “phases” of the life cycle, referred to as alternation of generations. Since sexual reproduction is often more narrowly defined as the fusion of gametes (fertilization), spore formation in plant sporophytes and algae might be considered a form of asexual reproduction (agamogenesis) despite being the result of meiosis and undergoing a reduction in ploidy. However, both events (spore formation and fertilization) are necessary to complete sexual reproduction in the plant life cycle.
Fungi and some algae can also utilize true asexual spore formation, which involves mitosis giving rise to reproductive cells called mitospores that develop into a new organism after dispersal. This method of reproduction is found for example in conidial fungi and the red alga Polysiphonia, and involves sporogenesis without meiosis. Thus the chromosome number of the spore cell is the same as that of the parent producing the spores. However, mitotic sporogenesis is an exception and most spores, such as those of plants, most Basidiomycota, and many algae, are produced by meiosis.
A mode of reproduction resembling multiple fission, common among Protozoa, in which the organism breaks up into a number of pieces, or spores, each of which eventually develops into an organism like the parent form. The formation of reproductive cells or spores, as in the growth of bacilli. Even if the plants are healthy the outcome of the seed will always be unexplained.
Fragmentation Main article: Fragmentation (reproduction) Fragmentation is a form of asexual reproduction where a new organism grows from a fragment of the parent. Each fragment develops into a mature, fully grown individual. Fragmentation is seen in many organisms such as animals (some annelid worms, turbellarians and sea stars), fungi, and plants. Some plants have specialized structures for reproduction via fragmentation, such as gemma in liverworts. Most lichens, which are a symbiotic union of a fungus and photosynthetic algae or bacteria, reproduce through fragmentation to ensure that new individuals contain both symbiont. These fragments can take the form of soredia, dust-like particles consisting of fungal hyphen wrapped around photobiont cells.
Clonal Fragmentation in multicellular or colonial organisms is a form of asexual reproduction or cloning where an organism is split into fragments. Each of these fragments develop into mature, fully grown individuals that are clones of the original organism. In echinoderms, this method of reproduction is usually known as fissiparity.
Agamogenesis Agamogenesis is any form of reproduction that does not involve a male gamete. Examples are parthenogenesis and apomixis.
Parthenogenesis Main article: Parthenogenesis Parthenogenesis is a form of agamogenesis in which an unfertilized egg develops into a new individual. Parthenogenesis occurs naturally in many plants, invertebrates (e.g. water fleas, rotifers, aphids, stick insects, some ants, bees and parasitic wasps), and vertebrates (e.g. some reptiles, amphibians, rarely birds). In plants, apomixis may or may not involve parthenogenesis.
Apomixis and nucellar embryony Main articles: Apomixis and Nucellar embryony Apomixis in plants is the formation of a new sporophyte without fertilization. It is important in ferns and in flowering plants, but is very rare in other seed plants. In flowering plants, the term “apomixis” is now most often used for agamospermy, the formation of seeds without fertilization, but was once used to include vegetative reproduction. An example of an apomictic plant would be the triploid European dandelion. Apomixis mainly occurs in two forms: In gametophytic apomixis, the embryo arises from an unfertilized egg within a diploid embryo sac that was formed without completing meiosis. In nucellar embryony, the embryo is formed from the diploid nucellus tissue surrounding the embryo sac. Nucellar embryony occurs in some citrus seeds. Male apomixis can occur in rare cases, such as the Saharan Cypress Cupressus dupreziana, where the genetic material of the embryo are derived entirely from pollen. The term “apomixis” is also used for asexual reproduction in some animals, notably water-fleas, Daphnia.
Alternation between sexual and asexual reproduction See also: Plant reproduction § Sexual reproduction Some species alternate between the sexual and asexual strategies, an ability known as heterogamy, depending on conditions. Alternation is observed in several rotifer species and a few types of insects, such as aphids which will, under certain conditions, produce eggs that have not gone through meiosis, thus cloning themselves. The cape bee Apis mellifera subsp. capensis can reproduce asexually through a process called thelytoky. A few species of amphibians, reptiles, and birds have a similar ability (see parthenogenesis for examples). For example, the freshwater crustacean Daphnia reproduces by parthenogenesis in the spring to rapidly populate ponds, then switches to sexual reproduction as the intensity of competition and predation increases. Another example are monogonont rotifers of the genus Brachionus, which reproduce via cyclical parthenogenesis: at low population densities females produce asexually and at higher densities a chemical cue accumulates and induces the transition to sexual reproduction. Many protists and fungi alternate between sexual and asexual reproduction.
For example, the slime mold Dictyostelium undergoes binary fission (mitosis) as single-celled amoebae under favorable conditions. However, when conditions turn unfavorable, the cells aggregate and follow one of two different developmental pathways, depending on conditions. In the social pathway, they form a multicellular slug which then forms a fruiting body with asexually generated spores. In the sexual pathway, two cells fuse to form a giant cell that develops into a large cyst. When this macrocyst germinates, it releases hundreds of amoebic cells that are the product of meiotic recombination between the original two cells.
The hyphae of the common mold (Rhizopus) are capable of producing both mitotic as well as meiotic spores. Many algae similarly switch between sexual and asexual reproduction. A number of plants use both sexual and asexual means to produce new plants, some species alter their primary modes of reproduction from sexual to asexual under varying environmental conditions.
Inheritance of asexual reproduction in sexual species For example, in the rotifer Brachionus calyciflorus asexual reproduction (obligate parthenogenesis) can be inherited by a recessive allele, which leads to loss of sexual reproduction in homozygous offspring. Inheritance of asexual reproduction by a single recessive locus has also been found in the parasitoid wasp Lysiphlebus fabarum.
Examples in animals There are examples of parthenogenesis in the hammerhead shark and the blacktip shark. In both cases, the sharks had reached sexual maturity in captivity in the absence of males, and in both cases the offspring were shown to be genetically identical to the mothers.
Reptiles use the ZW sex-determination system, which produces either males (with ZZ sex chromosomes) or females (with ZW or WW sex chromosomes). Until 2010, it was thought that the ZW chromosome system used by reptiles was incapable of producing viable WW offspring, but a (ZW) female boa constrictor was discovered to have produced viable female offspring with WW chromosomes. The female boa could have chosen any number of male partners (and had successfully in the past) but on these occasions she reproduced asexually, creating 22 female babies with WW sex-chromosomes.
Polyembryony is a widespread form of asexual reproduction in animals, whereby the fertilized egg or a later stage of embryonic development splits to form genetically identical clones. Within animals, this phenomenon has been best studied in the parasitic Hymenoptera. In the 9-banded armadillos, this process is obligatory and usually gives rise to genetically identical quadruplets. In other mammals, monozygotic twinning has no apparent genetic basis, though its occurrence is common. There are at least 10 million identical human twins and triplets in the world today.
Bdelloid rotifers reproduce exclusively asexually, and all individuals in the class Bdelloidea are females. Asexuality evolved in these animals millions of years ago and has persisted since. There is evidence to suggest that asexual reproduction has allowed the animals to evolve new proteins through the Meselson effect that have allowed them to survive better in periods of dehydration.
Molecular evidence strongly suggest that at least two species of the stick insect genus Timema have used only asexual (parthenogenetic) reproduction for one million years, the longest period known for any insect.
See also Alternation of generations Bacterial conjugation Biological life cycle Biological reproduction, also simply reproduction Cloning Parthenogenesis Plant reproduction Sex Sexual reproduction References Jump up ^ Narra HP, Ochman H; Ochman (2006). “Of what use is sex to bacteria?”. Current Biology 16 (17): R705–710. doi:10.1016/j.cub.2006.08.024. PMID 16950097. Jump up ^ Dawson KJ (October 1995). “The Advantage of Asexual Reproduction: When is it Two-fold?”. Journal of Theoretical Biology 176 (3): 341–347. doi:10.1006/jtbi.1995.0203. Jump up ^ Engelstädter J (November 2008). “Constraints on the evolution of asexual reproduction”. BioEssays 30 (11–12): 1138–1150. doi:10.1002/bies.20833. PMID 18937362. Jump up ^ Bernstein H, Hopf FA, Michod RE; Hopf; Michod (1987). “The molecular basis of the evolution of sex”. Adv. Genet. Advances in Genetics 24: 323–70. doi:10.1016/s0065-2660(08)60012-7. ISBN 9780120176243. PMID 3324702. Jump up ^ Avise, J. (2008) Clonality: The Genetics, Ecology and Evolution of Sexual Abstinence in Vertebrate Animals. See pp. 22-25. Oxford University Press. ISBN 019536967X ISBN 978-0195369670 ^ Jump up to: a b “Cell reproduction”. Encyclopædia Britannica. ^ Jump up to: a b Britannica Educational Publishing (2011). Fungi, Algae, and Protists. The Rosen Publishing Group. ISBN 978-1-61530-463-9. ^ Jump up to: a b P.Puranik, Asha Bhate (2007). Animal Forms And Functions: Invertebrata. Sarup & Sons. ISBN 978-81-7625-791-6. Jump up ^ Lynn Margulis, Heather I. McKhann, Lorraine Olendzenski (2001). Illustrated glossary of protoctista: vocabulary of the algae, apicomplexa, ciliates, foraminifera, microspora, water molds, slime molds, and the other protoctists. Jones & Bartlett learn. ISBN 9780867200812. Jump up ^ Yoshinori Tanada, Harry K. Kaya (1993). Insect pathology. Gulf Professional Publishing. ISBN 978-0-12-683255-6. ^ Jump up to: a b James Desmond Smyth, Derek Wakelin (1994). Introduction to animal parasitology (3 ed.). Cambridge University Press. pp. 101–102. ISBN 0-521-42811-4. Jump up ^ “Asexual Reproduction”. Ucmp.berkeley.edu. Retrieved 13 August 2010. Jump up ^ Fun Fact (11 May 2010). “Celebrating Wildflowers – Fading Gold – How Aspens Grow”. Fs.fed.us. Archived from the original on 23 September 2010. Retrieved 13 August 2010. Jump up ^ Helen Nilsson Sköld, Matthias Obst, Mattias Sköld, & Bertil Åkesson (2009). “Stem Cells in Asexual Reproduction of Marine Invertebrates”. In Baruch Rinkevich, Valeria Matranga. Stem Cells in Marine Organisms. Springer. p. 125. ISBN 978-90-481-2766-5. Jump up ^ R. S. Mehrotra; K. R. Aneja (December 1990). An Introduction to Mycology. New Age International. pp. 83 ff. ISBN 978-81-224-0089-2. Retrieved 4 August 2010. Jump up ^ Kathleen M. Cole; Robert G. Sheath (1990). Biology of the red algae. Cambridge University Press. pp. 469–. ISBN 978-0-521-34301-5. Retrieved 4 August 2010. Jump up ^ Edward G. Reekie; Fakhri A. Bazzaz (28 October 2005). Reproductive allocation in plants. Academic Press. pp. 99–. ISBN 978-0-12-088386-8. Retrieved 4 August 2010. Jump up ^ Stelzer, C.-P.; Schmidt, J.; Wiedlroither, A.; Riss, S. (2010). “Loss of Sexual Reproduction and Dwarfing in a Small Metazoan”. PLoS ONE 5 (9): e12854. doi:10.1371/journal.pone.0012854. PMID 20862222. Jump up ^ C. Sandrock and C. Vorburger (2011). Curr Biol. 8 March 2011;21(5) 433-7. Jump up ^ Savage, Juliet Eilperin (23 May 2007). “Female Sharks Can Reproduce Alone, Researchers Find”. Washington Post. Retrieved 27 April 2008. Jump up ^ Chapman, D. D.; Firchau, B.; Shivji, M. S. (11 October 2008). “‘Virgin Birth’ By Shark Confirmed: Second Case Ever”. Journal of Fish Biology (Sciencedaily.com) 73 (6): 1473. doi:10.1111/j.1095-8649.2008.02018.x. Retrieved 13 August 2010. Jump up ^ “‘Boa constrictor produces fatherless babies'”. CBC News – Technology&Science. 3 November 2010. Retrieved 25 May 2011. Jump up ^ Pouchkina-Stantcheva, N. N.; McGee, B. M.; Boschetti, C.; Tolleter, D.; Chakrabortee, S.; Popova, A. V.; Meersman, F.; MacHerel, D.; Hincha, D. K. (2007). “Functional Divergence of Former Alleles in an Ancient Asexual Invertebrate”. Science 318 (5848): 268–71. doi:10.1126/science.1144363. PMID 17932297. Jump up ^ Davies, Ella. “Sticks insects survive one million years without sex”. BBC. Archived from the original on 19 July 2011. Retrieved 19 July 2011. Further reading Graham, L., J. Graham, & L. Wilcox. 2003. Plant Biology. Pearson Education, Inc., Upper Saddle River, N.J.: pp. 258–259. Raven, P.H., Evert, R.F., Eichhorn, S.E. 2005. Biology of Plants, 7th Edition. W.H. Freeman and Company Publishers, NY. Avise, J. 2008. Clonality: The Genetics, Ecology, and Evolution of Sexual Abstinence in Vertebrate Animals. Oxford University Press External links Wikimedia Commons has media related to Asexual reproduction. Asexual reproduction Intestinal Protozoa Categories: Asexual reproduction Navigation menu Create accountLog inArticleTalkReadEditView history
Avicii – Hey Brother (Lyric) Translation into Russian XDDDD
Эй, братан! Всё можно узнать лучше, Эй, сестрёнка! Знай, что вода пресна, а кровь гуще. О! Когда упадут небеса, То ради вас Я бы решился На всё, что угодно.
Эй, братан? Ты всё ещё веришь в людей? Эй, сестрёнка? Ты всё ещё веришь в любовь? Я удивлён О! Когда упадут небеса, То ради вас Я бы решился На всё, что угодно..
Что если я далеко от дома? О, братан, я услышу твой зов! Что если я всё потеряю? О, сестрёнка, я вытащу тебя, поддержу! О! Когда упадут небеса, То ради вас Я бы решился На всё, что угодно.
Эй, братан! Всё можно узнать лучше,, Эй, сестрёнка? Ты всё ещё веришь в любовь? Я удивлён О! Когда упадут небеса, То ради вас Я бы решился На всё, что угодно.
Что если я далеко от дома? О, братан, я услышу твой зов! Что если я всё потеряю? О, сестрёнка, я вытащу тебя, поддержу! О! Когда упадут небеса, То ради вас Я бы решился На всё, что угодно.
Try this, find the ho
*Dormir….Mas antes ouvir essa música F*D@ de Evicii =DDD*
#aviciiofficialvevo #heybrother #musicaboa #durmirbem #zzzzzzzzz
How does this video have 150m views when there are only 7 million people on earth?
I like this song Yeah, I really love my little brother. I will protect him with everything I got. He’s the only family I have. Yeah Winry and that but him, I don’t know what I would do without him. Yeah he’s by my side, yeah he maybe be armour right now but he’s my little brother. I love him. And we will find the philosophers stone and get our original bodies back I’m sure of it.
Shouldn’t it be “lose” not “loose”? D:
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Haha you clicked read more.
Now THAT’S a real troll
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