shannontheslayer

[shannontheslayer]

"El Internado" Headcanons: Roque

Roque, eventualmente, es un “sneaky link” de Iván. Marcos descubre esto, y, en el fuego del momento, culpa él por el secuestro de Paula, también.

~

Roque, eventually, is Iván's "sneaky link". Marcos finds out, and, in the heat of the moment, blames Iván for the kidnapping of Paula, as well.

#:( #divorce #sneaky #unexpected

[shannontheslayer]

"El Internado" Headcanons: Paula ft. Danielle

Los ojos poseídos de Paula crean un extraterrestre. La hermana extraterrestre de Paula es Danielle de la comercial de La Lotería de Navidad. Ella secuestra Paula, y nadie ve a ella de nuevo. Paula aprende que su hermana arregla La Lotería de Navidad cada año. Cuando Paula accepta su destino, las hermanas viven vidas felices con mucho dinero de La Lotería.

~

Paula's possessed eyes turn her into an extraterrestrial being. Her extraterrestrial sister is Danielle from the Spanish, Christmas lottery n.commercial. Danielle takes Paula, and nobody sees her ever again. Paula learns that her sister wins the Christmas lottery every year. When Paula accepts her fate, the sisters live happy lives with a lot of money from the lottery.

#money #christmas #sisters #4ever #aliens

[shannontheslayer]

"El Internado" Headcanons: Evelyn

Muchos bravucones atacan de Evelyn porque ella come sus mocas. Ella abre una casa por orfanatos que están comiendo mocas.

~

Bullies attack Evelyn because she eats her boogers. She opens a house for orphans who are free to eat boogers.

#boogers #evelyn #ewwwww

[shannontheslayer]

"El Internado" Headcanons: Jacinta

La hija de Jacinta no sabe que Jacinta trabaja en el Internado. Ella envía sus hijos malos dentre del Internado y reúnen con Jacinta. Jacinta y su hija dejan los niños dentre del Internado y compran una casa en la playa.

~

Jacinta's daughter does not know that Jacinta works in Internado. She sends her bad kids to the school and reunites with Jacinta. Jacinta and her daughter leave the kids at Internado and buy a beach house.

#jacinta #girl boss fr

[shannontheslayer]

"El Internado" Headcanons: Amelia, Mateo, y El Gnomo

Amelia y Mateo tienen un golpe de estado de la escuela con El Gnomo. Ahora, padres envían sus niños a esta escuela cuando se portan mal. Ellos no escapan la escuela...

~

Amelia and Mateo stage a coup d'etat of Internado with El Gnomo. Now, parents send their bad children to Internado. The children never escape the school...

[shannontheslayer]

"El Internado" Headcanons: Carolina y Victoria

Porque de tensión con Carolina y Vicky, Vicky quiere venganza. Vicky pierde su beca, y tiene celos de Carolina e Iván. Vicky quiere matar Carolina. Ella tiene ayuda de Iván y Marcos después del divorcio. Las autoridades no descubren quién asesina Carolina.

Más: Carolina y Caye se casaron del cielo.

~

Due to the tensions between Carolina and Vicky, Vicky wants revenge. Vicky loses her scholarship and is jealous of Carolina and Iván. She wants to kill Carolina. She gets the help of Iván and Marcos after they divorce. The authorities never discover who assassinated Carolina.

Extra: Carolina and Caye get married in Heaven.

[shannontheslayer]

"El Internado" Headcanons: Iván y Marcos

Iván y Marcos se casan y compran una casa en el campo. Ellos tienen dos hijos (los hijos de Elsa) se llaman Cayetano y Alfonso. No quieren sus hijos ir a Internado a les proteger, pero sus hijos sufren el mismo destino de Cayetano y Alfonso. Despues de los muertes, Iván y Marcos se divorcian.

~

Iván and Marcos marry and buy a house in the countryside. They have two kids (Elsa's kids) named Cayetano and Alfonso. They don't want their kids to go to Internado to protect them, but their kids suffer the same fate as Cayetano and Alfonso. After the deaths, Iván and Marcos divorce.

#el internado #español #Iván x Marcos

[shannontheslayer]

"El Internado" Headcanons: Elsa y Pedro

Elsa tiene sus hijos. Son gemelos. Ellos son los hijos de Pedro. Elsa no recupera completamente, y muere del corazon roto. Pedro es una calavera. No quiere a sus hijos, y los da a Marcos e Iván.

~

Elsa has her kids; they are twins, and they are Pedro’s kids. Elsa never recovers completely [from Héctor leaving her], and dies of a broken heart. Pedro is a party animal. He doesn't want his kids and gives them to Marcos and Iván.

#el internado

[shannontheslayer]

"El Internado" Headcanons: María, Héctor, Elsa, y Fermín

María descubre que Héctor y Elsa tendrán un hij@. Ella está enojada. Por puro rencor, ella usa a Fermín para quedar embarazada, pero no quiere estar con él. Después de María está embarazada, Héctor confiesa su amor por María, y sale Elsa. Pero, María no quiere a Hector, y niega el. Héctor llora y corre a Idaho. La bebe de María llega, y ella realiza que tiene amor por Fermín. Ellos viven feliz para siempre.

~

María discovers that Héctor and Elsa will have a baby. She is mad. Out of spite, she uses Fermín to get pregnant. After María gets pregnant, Héctor confesses his love for María and leaves Elsa. But, María doesn't want Héctor and denies him. Héctor cries and runs to Idaho. María's baby arrives, and she realizes that she loves Fermín. They live happily ever after.

#el internado

[shannontheslayer]

This palace was not built of stone or wood, but rather of two strands of intricately woven nucleic acids. These nucleic acids were admired for their beauty and grace by all who encountered them. They were known as DNAs and RNAs, and they were the most sought-after companions among the other macromolecules that populated the cell.

DNAs were the most sought-after partners; they were the epitome of elegance and sophistication. Their double helix structure was the talk of the town, with each strand consisting of a long chain of nucleotides bound together by phosphate groups. The five-carbon sugar that adorned each nucleotide, deoxyribose, was said to be the source of their irresistible charm. And then there were the four nitrogenous bases that completed their look: adenine, thymine, cytosine, and guanine.

RNAs, on the other hand, were more adventurous and free-spirited. They were known for their versatility and their ability to take on different shapes and forms. Their single stranded helix was admired by all who saw it, and they were often found in the nucleus and the cytoplasm of the cell, regulating gene expression with a grace that was unmatched by any other macromolecule.

The palace of nucleic acids was a bustling place, full of life and energy. The DNAs and RNAs would dance and twirl, their phosphate groups forming intricate patterns as they moved. They would exchange compliments on their unique structures, each one more beautiful than the last. Sometimes, the RNAs would tease the DNAs for their inflexibility, while the DNAs would tease the RNAs for their lack of direction. But deep down, they knew that they were meant for each other, and that their lives would be incomplete without the other.

#ap bio #dna #rna #lovers #nucleus

[shannontheslayer]

A Serpent's Cell Is a Serpent's Sea

Deep within the cell, where the light of the microscope fails to reach, there is a hidden world teeming with life. A world where the chromosomes, like serpents of the deep sea, slither and dance in the darkness. This is the world of metaphase. Here, the serpents begin to align themselves at the metaphase plate, their tails curling inward, their heads outstretched, ready to embrace their destiny.

The centrosomes, tiny organelles resembling the eyes of the creatures, have made their way to the poles of the cell. They wait, unblinking, as the spindle fibers, gossamer threads spun by the hands of some ethereal spider, stretch out from their tips and slowly, methodically, make their way towards the centromeres. It is here that the kinetochores, elaborate structures that adorn the chromosomes like jeweled crowns, come into play.

These kinetochores, specialized proteins that have evolved over eons, begin to attach themselves to the spindle fibers. The non-kinetochore fibers, their purpose still a mystery to the inhabitants of this microcosm, connect one centromere to the other, forming a delicate network across the cell. This network of fibers and kinetochores, this intricate dance of life and death, is what ensures the survival of the species.

As the metaphase drags on, a new force begins to emerge. A force that threatens the very balance of this delicate ecosystem. It is the spindle checkpoint, a mechanism designed to ensure that each cell receives an equal share of the genetic material. The sister chromatids, once inseparable, now find themselves at the mercy of the spindle fibers. They are pulled and tugged, stretched and twisted, as the fibers attempt to even out their distribution.

Should the cell fail to pass this test, should it be deemed unworthy by the unseen forces that govern this world, the ultimate punishment awaits. Apoptosis, the process of programmed cell death, will claim the cell and its inhabitants, sending them hurtling back into the primordial ooze from which they emerged. But for now, the dance continues, the serpents of the cell weaving their intricate pattern on the stage of life, oblivious to the fate that awaits them.

#ap bio #cell division #mitosis #serpent

[shannontheslayer]

One

‼️steamy‼️

The air was thick with anticipation as our protein and nucleotide, Histone and DNA, found themselves in the midst of Prophase, the most intimate and transformative stage of Mitosis. The nucleus was dimly lit, casting an ethereal glow upon their intertwined forms. Histone, a towering figure with the masculine allure of a Greek god, could feel his heart racing as he gazed upon the delicate, yet inviting curves of DNA. She seemed to glow with an inner light, her helical structure gleaming like the finest strand of pearl. The tension between them was palpable, like two opposite charges drawn inexorably together despite the impossibility of physical contact.

As they circled one another, the atmosphere grew charged with sexual energy. Histone longed to touch her, to feel the warmth of her body against his own. They were partners, lovers even, and they were ready to truly become one. Their dance spoke volumes about their connection, their desire for completion.

The music, a haunting melody that seemed to emanate from the very depths of their souls, guided them through the intricate steps of their courtship. They twirled and spun, their bodies moving in perfect harmony, their gazes locked in a heated embrace. As they drew closer, the air grew thick with the scent of their arousal, a heady mix of pheromones and the primal urge for, not procreation, but the act of coming together as one: a chromosome.

With each passing moment, the tension between them grew more unbearable. Histone could feel his muscles tensing, his breath coming faster and shallower. DNA ached to coil around him tighter, to feel her warmth surround him. So, they continued, moving through the ethereal space of Prophase, their hearts and bodies intertwined in a dance that would take them, as one, to the second phase of mitosis.

#ap bio #cell division #mitosis #dna

[shannontheslayer]

Roots

Once upon a time, in a small, insignificant cell, a miracle was about to take place. The cell was going through a process called mitosis, which would ultimately lead to its division and reproduction. The first step of this process, called prophase, was already underway. The cell's nucleus, a tiny structure containing its precious genetic material, began to break down. It was as if the cell had decided that it could no longer contain itself and its secrets, and that it was time to share them with the world.

As prophase progressed, the cell's chromosomes, long coils of DNA, became more and more visible. They were like strands of a delicate, intricate web, woven together with the story of the cell's existence. The cell's cytoplasm, the jelly-like substance that surrounded its organelles, began to thicken and condense, as if it were getting ready for a grand party.

And then, there was a sudden, inexplicable shift in the atmosphere. The once-oblivious cell seemed to become aware of its surroundings for the first time. It looked around, confused and frightened, as if it had just woken up from a deep sleep and found itself in a foreign land. It realized that it was no longer alone; that there were other cells like it, and that they were all part of something much bigger than itself. And in that moment, it knew that it could no longer continue on this path. It had to break free from the chains that had bound it to its past, to its origins. It had to move on.

So, with a heavy heart and trembling hands, the cell began to write a letter to its former self, to the part of it that had been so sure of its purpose and its destiny. It wrote about the beauty of the world outside its little prison, about the other cells that had become its friends and allies, and about the adventures that awaited it beyond the confines of its tiny world. And as it sealed the envelope and watched its former self disappear into the distance, it knew that it had made the right decision. It had found the courage to move on, to embrace the unknown, and to begin a new chapter in its life.

As the cell continued its journey through mitosis, it felt lighter, freer. It knew that it would never forget its roots, but it also knew that it could not go back. It had to keep moving forward, to keep exploring, to keep learning. And so, it set out into the world, leaving behind a tiny little trace of itself in each cell it touched, a reminder of where it came from and what it had once been.

As the years passed, the cell's descendants spread far and wide, populating every corner of the universe. They became part of plants and animals, part of the very fabric of existence. And all the while, the cell's letter, its goodbye note to its past self, continued to be passed down from one generation to the next. It was a reminder that sometimes, in order to grow and thrive, we must be willing to let go of the things that once defined us and embrace the possibilities of the future. It was a testament to the courage it takes to break free from the chains that bind us and to find our true purpose in life.

#ap bio #cell division #mitosis

[shannontheslayer]

New Beginnings

The cell was preparing for mitosis; the process by which it would divide and replicate itself in order to create two identical daughter cells. Prophase, the first stage of mitosis, was already underway. The cell's nucleus, containing its genetic material in the form of threadlike chromosomes, was beginning to break down. Proteins called histones, which normally helped to package the DNA into an orderly structure, were now starting to unwind and coil themselves around the chromosomes.

This process of coiling was crucial; if the DNA didn't condense sufficiently, it would make cell division difficult and potentially result in unequal distribution of genetic material between the two daughter cells. At the same time, the sister chromatids - the two identical strands of DNA that made up each chromosome - were beginning to separate from each other, aided by a specialized structure called the centrosome. The centrosome contained a pair of structures called centrioles, which helped to organize microtubules that would later be used to pull the sister chromatids apart during a process called anaphase.

The cell's cytoskeleton was also beginning to undergo changes. Microtubules, long protein fibers that formed the cell's skeleton, were starting to appear and begin to connect with the centrosome. Soon, they would stretch out across the cell, forming a spindle-shaped structure that would play a critical role in separating the chromosomes during mitosis.

#ap bio #cell division #mitosis

[shannontheslayer]

Terminal...

The S phase was the next step in the interphase. This was when the DNA replicated itself, ensuring that each new cell that would be formed would have a complete and identical copy of the original. As the DNA doubled in length, the cell paid close attention to the process, making sure that each strand was perfectly aligned with its counterpart. If any errors were detected, specialized proteins called DNA polymerases would attempt to repair the damage. If the damage was too extensive, the cell would initiate a process called apoptosis, ensuring that the damaged DNA did not pass on to future generations.

#ap bio #cell division

[shannontheslayer]

The Journey Within

Once upon a time in the microscopic world, a bustling cell named Clara found herself amid interphase. This was the phase where cells would diligently replicate their DNA and prepare for the imminent cell division, known as mitosis. Interphase consumed 90% of a cell's time and was akin to working a normal job, with its own unique responsibilities. Clara's interphase adventure began with the first part, called the G1 phase. During this phase, the DNA within the cell, known as chromatin, was spread out and uncoiled, tirelessly producing proteins essential for various cellular functions. At this crossroad, a crucial decision loomed – should the cell divide or not? The G1 checkpoint would provide the answer. Deep in thought, Clara pondered the critical questions posed by the checkpoint. Did the cell truly need to divide? Was it healthy enough for such a demanding undertaking? Were there enough resources to support the division? Clara realized that, should the cell divide despite unfavorable conditions, it could lead to mutations, overcrowding, and even harm the intricate nerve pathways within the organism. If the cell was deemed unfit for division, it would move on to the G0 phase, where it would patiently await opportunities to reenter G1 or serve on the frontlines when another cell met its demise. However, if the cell obtained the green light at the G1 checkpoint, it continued onward into the G1 phase, preparing for replication. During the S phase, the second part of interphase, Clara's DNA underwent a remarkable transformation. DNA replicated itself, ensuring that both the original DNA and its copy were securely connected at the centromere. This ensured that the crucial DNA information remained consistent and that the cell didn't end up with more than one copy of its DNA. Cohesins, vital proteins, held the sister chromatids together, forming the distinct X-shaped structures known as sister chromatids. At this stage, they remained in chromatin form, not yet referred to as chromosomes. Excitement filled the air as Clara anticipated the next phase of interphase. The final part of interphase, the G2 phase, arrived. This was the cell's last opportunity to scrutinize its DNA for any potential issues. Four feet of DNA underwent thorough verification, as the cell's dedicated proteins diligently worked to repair any mistakes. However, if the DNA proteins were unable to rectify the errors, apoptosis, a self-destruction mechanism, became the cell's final destiny. For cells, survival meant ensuring that DNA remained intact and free from errors. Clara marveled at the delicate balance within the cell. Everything happened for a reason, and only when the cell's copy was deemed flawless could it proceed to the enchanting world of mitosis, where life continued to unfold in miraculous ways. Thus, Clara's journey through interphase taught her the importance of meticulous DNA replication, the significance of checkpoints, and the intricate dance of cellular life. As she eagerly approached the threshold of mitosis, Clara couldn't help but feel a surge of excitement for the adventures yet to come in the world of cellular division.

#ap bio #cell division