The Hive Recap: Knowledge Of Causes, And Secret Motion Of Things

It's Family Day at rehab.
The Hive Writers' Notes – Aubrey Nealon
Hi #CloneClub, The idea that sparked this episode came out of an early season two brainstorming session that happened before I’d joined the show. I think John Fawcett might have come up with it. Someone jotted it on an index card and tacked it to the corkboard: "Family Day at Rehab." Months later, when it came time to write the episode, we all agreed that the premise would be a lot of fun. We could lighten the tone a little, get a good dose of Alison, and reunite some of our characters who’d been apart for most of the season. But as I dove into the material, I struggled to find a way to connect the fun and games at rehab to the larger story of Sarah and the clones. I knew we’d risk frustrating viewers if this felt like an unnecessary detour, however amusing it might be. When I’d voice this concern, Graeme and John would tell me they were confident we could get it there, and then they’d turn to one of the 9,000 more pressing things they had to do. So I fretted and lost sleep and whined to my fellow writers. And finally the answer came, in the form of another index card that was tacked to the cork board. This one read "Leekie dies." Again, this was a story element we’d all decided was right for this episode, although the how and why of it were not entirely nailed down. So here’s an unsolicited tip for writers: if you have two seemingly insurmountable story problems, try simply drawing a line between them. More often than you’d have any reason to expect, one will provide a solution for the other. How would events at rehab impact the main clone story? They would cause Leekie’s death. How would Leekie die? Events at rehab would incite Donnie to confront him, and blood (and brains) would spill. Two problems, each one an answer to the other. Once that connection was made, the rest of the story fell into place. So in an episode that includes the introduction of a powerful new character in Marion Bowles, the high-level scheming of Mrs. S, the reunion of Rachel and her long-lost father, and Sarah’s decision to take Kira from Cal’s protection and back into the lion’s den, it was this little link—the line between rehab and Leekie—that gave the story its shape. This is an example of why Orphan Black is so exciting to write. Graeme and John lock onto ideas that they want to explore, and then we all work like mad to steer the stories toward them. It’s what keeps the show fresh and unpredictable. We surprise the viewers because we surprise ourselves. I’ll end with a quick tip of the hat to director Ken Girotti. We pushed the farcical elements of this episode as far as we dared, and it’s thanks to Ken’s light touch that it remained grounded in reality. And of course the cast deserves credit too—they don’t exactly suck. –AubreyNEXT: The Hive: Observations, Unexpected Results, and Mind-Benders
"I made something for you..." – Alison Hendrix
The Hive Observations, Unexpected Results, and Mind-Benders
Pinkieless Gloves It has been a long-running joke within the Hive that Vic needs to wear pinkieless gloves now that he’s missing his pinkie finger. The opening tease has Alison gifting her homemade pinkie-less gloves to Vic, and it still makes all of us howl. Alison is the perfect person to give Vic those gloves and its so sadly sweet that Alison ends the tease clutching her handmade gift to Vic as she overhears his betrayal.
Rehab Family Day name tags, courtesy of Alison "Craft Room of Terror" Hendrix.
Name Game The nametags that Alison and Vic are crafting for Family Day at rehab feature the names of a lot of crew, writers, and family and friends. Its always fun for the art department to feature their kids', parents', or friends' names on-screen for a second—especially when they have to build 70 individual name tags. Set Inspection: Hoarders or Orphan Black? Props sourced out about six different fake rats before we settled on the one that Sarah finds in Duncan’s kitchen closet. Just another art department gem to really hammer home Duncan’s hoarder-like tendencies. Do Not Disturb This is the first episode in the series where we call Felix in the middle of the night and he’s not awake and up to something scandalous. We thought that for once we would show Felix in a natural, everyday way—actually sleeping!
Dr. Leekie (Matt Frewer) examining an artificially-created womb.
Artificial Womb As seen above, the "artificial womb" that Leekie is working on when Paul comes to his office was designed by the animator who we use to create our computer backgrounds. To simulate human tissue, he used boiled egg whites suspended in water. He poured them into a glass bowl, added food coloring, and projected a light from below. He then videotaped the mixture and added animation on top of the film to create the final product. Turns out you can’t create an authentic tissue-like look with computer animation alone.
"He looks like he was molested by elves." – Felix Dawkins
Sparkles and Glitter We had a read-through during lunch on the day that we filmed Vic passing out on the table. Poor Michael Mando had to sit through the whole read-through with the sparkles, feathers, and blood on his face so that we could maintain continuity over lunch. Here’s Gracie (Zoe De Grand'Maison), Donnie (Kristian Bruun), and Mark (Ari Millen) having fun with Vic (Mando) after the read-through.
Behind-the-scenes with Zoe, Kristian, Ari, and Michael.
Right on the Nose Geoff Scovell, the stuntman who performed Vic’s fall, really went for it. Actually he went for it so much that he ended up breaking his nose in the process. So that's a very real spill you're seeing. Luckily we got the shot in one take so he didn't have to risk life and limb any further!
Michael Mando's stunt double, Geoff Scovell.
Cloneswap! We always like having fun with clones being forced to play other clones, especially when the character has no time to prepare. We reference episode 106 in this episode by having Sarah pretending to be Alison again. But this time, she wasn’t given much time to prepare. In order to hide her lack of bangs we thought we needed a hat. Luckily Tatiana grabbed a headband from Alison’s wardrobe, threw it on in a fitting, and voilà! She looks like a stressed-out Alison.
"I'm being Alison being Donnie?” – Sarah Manning, rehab role-playing.
Four-Cloner Ken Girotti captured the first ever four-clone Clone scene in episode 207. With the simple use of a mirror, he beat out all the other directors to get the most Tatianas in one shot. It might not be four different characters, but we tip our hat to his smart direction. Toothy Here's a snapshot of one of the "hero" teeth we had on hand for Kira’s heroic moment in the camper.

"Serves us right, putting a lab coat in the big chair." – Marion Bowles
Love Is All Around We knew that we needed the perfect song to end this episode. We also knew it had to have some Orphan Black irony embedded in it. After trying out punk songs, slow songs, romantic songs, and folk songs we ended up using The Troggs’ “Love is All Around.” We think it ties Family Day at rehab and Leekie’s death together in the perfect way, making it an amazing addition to our OB music catalog. We love taking a classic song and giving it a demented twist!
NEXT: #AskOB: Fan Q&A with Cosima Herter
Ask Cosima: Q&A with Series Science Consultant Cosima Herter
Do you think within our lifetime (100 years or so) human cloning will be accepted by science? By society? – roguecreations Well, "science" isn’t an autonomous entity unto itself that exists outside humanity, so it doesn’t have an emotional capacity to "accept," or "not accept," anything. While that may seem like a trivial point, it’s actually very important to keep in mind when trying to make sense of what endows "science" with the kind of authority it has, and further, why and how we pursue certain kinds of scientific programs. It has to be taken in context of time and place. What constitutes our idea of "science" changes over time. There is something that we call "good science" and "bad science," and that has a lot to do with the integrity of methodologies, checks and balances, and ways of interpreting data. Science doesn’t happen in a vacuum outside of society—it is both derived from and helps to shape society. Scientists are people; they’re not robots, they don’t stand outside of the rest of society and culture, unaffected. So as we learn more, collectively, and as cultural values—which are quite plastic—shift, so too does the level of acceptance regarding what could, and should, fall within the purview of science. Many scientists already do accept the idea of cloning humans, and I’ve no doubt that some are actively pursuing this possibility in some way or another. I think the technical capacity to clone primates, humans among them, will eventually become a reality (indeed, some have claimed it already is). But to what end? I can’t say. I can think of a lot of dubious reasons that are easy to dramatize, but this is problematic in itself. The way scientists and science, more generally, is represented in popular culture really does affect what people think about it. And that, in turn, affects what kinds of support society gives to scientific authority, and scientific research. If we perceive something to be a certain way, we develop opinions about it based on that perception. I have a lot of faith in science, and what it can tell us about the world, and ourselves in it. But it isn’t the ultimate metric for social acceptance on certain issues. Orphan Black isn’t trying to offer a pat answer about what science is or does, but rather it seeks to pose provocative questions about what kinds of beliefs we hold, and why we hold them. Whether or not, and in what ways, human cloning might become socially, morally, and culturally acceptable, I also can’t predict with much certainty. The level of acceptance, and the kinds of perceptions regarding genetic engineering more generally, is changing—and it’s not an homogenous perception across cultures and geographies. In the 1970s there was an enormous outcry against in vitro babies and recombinant DNA, for example. Yet both of these are widely, often unquestioningly, accepted now. I’m not sure it’s cloning in itself that is the most emotionally and morally confusing thing that people are worried about regarding whether or not it could be socially acceptable. One big issue is the anxiety people feel about experimenting on human beings, the suffering that causes, how we justify it, and what the consequences are. This is a totally justifiable concern! All manner of terrible experiments have been done on humans throughout history (and other animals for that matter) that have rightly forced us to establish ethical commitments regarding what can, and should, be done in the name of science. And these checks and balances on conduct effect what kind of scientific research is deemed socially acceptable. Moreover, society hasn't been able to collectively agree when "life" actually begins—at conception? at birth? at some stage in utero?—so if we don’t have an agreement on when life begins, then we have to continue to question what constitutes experimentation on humans. Also, if one believes that we are endowed with a God-given soul when a human being is conceived then this will have an enormous effect on how one perceives the importance of technological intervention in reproductive processes. So issues of human cloning are inherently bound up in the beliefs about how we understand what life is, and what it means to be alive. I’m not qualified to adjudicate these positions. But we need to appreciate how variable they are when we’re trying to establish ethical conduct. For example, if you think that conception is where life as an autonomous human being begins, then embryonic stem cell research will seem abhorrent and sinister. But many people have various conflicting notions about this. And I don’t see how this will be resolved by simply finding some socially useful application for human cloning. Not to mention that what constitutes "socially useful" is another moving target that affects different populations in very different ways—benefit derived in one quarter does not necessarily translate to benefit in all quarters. So a utilitarian approach, i.e., calculating a social good by virtue of whether it offers the greatest benefit to the greatest amount of people—is problematic. I also think a lot of fear comes from the fact that most people have the preconception that there is a strict equation that says "genes-equals-self" in totality, or that one’s genes are fully determinative, so if you clone someone’s DNA it will develop into an exact replica of the original. But we know this simply isn’t the case. There is an hereditarian fallacy many people hold which exaggerates the idea that because a particular trait (physical or behavioral) is heritable it will be inevitable. Certainly our genes do make a difference! No one doubts that! But what they do is code for an array of characteristics, and the way certain characteristics emerge is mediated by interactions with the environment (both in utero and out) throughout our lives. If you cloned a human being from my DNA you aren’t going to end up with the Cosima who is writing this. Perhaps it will be someone who looks like me, but all manner of things will contribute to what the person will become, physically and behaviorally. Understanding the genetic transmission of traits is one thing, but what values we place on certain traits is another thing altogether. And when we’re talking about behavioral traits this becomes really slippery. For example, what we might have conventionally labeled as "aggressive" behavior in women throughout history is often be labeled as "confidence" or "boldness" in males. So what exactly is the behavioral trait that is being identified? Interpretations of behavior are affected by the social values we hold—especially insofar as gender, race, class, and sexuality are concerned. And this, in turn, affects the way those characteristics are defined, thus what it is we are looking for when studying what kinds of behaviors might be genetically transmitted. And if these definitions change over time—and we know they do—then it’s not clear that we could find a specific gene, or combination of gene sequences, that code for particular behaviors.


NEXT: The Hive Wet Lab and Library
The Hive Wet Lab & Library
What IS science?! Well, we could spend the next several years of our lives having this conversation (and believe me, I’d love to!), but here are a couple of sites that will give you some sense of what scientists do, and what science is. By no means are these meant to be the last word on what "science" is! But they’ll give you a place to start thinking about it in a cogent way, and link you to other sites where you may want to continue your exploration: http://undsci.berkeley.edu/article/whatisscience_01 http://www.sciencecouncil.org/definition http://www.theguardian.com/science/blog/2009/mar/03/science-definition-council-francis-bacon The IQ test has a long and somewhat fraught history. If you’re interested in reading more about how we’ve developed a ranking system for intelligence, and constructed a biological justification for it, one of my favorite books on this subject is The Mismeasure of Man, by Stephen Jay Gould (W.W. Norton & Company, 1981) The American Anthropological Association has an incredible site that offers all kinds of interesting information regarding the ways we’ve defined and made classifications of race, and based all manner of social concepts and political policies on these definitions. You can get lost in this site for days—so be warned! But in respect to intelligence testing specifically you can see what they say here: http://www.understandingrace.org/history/science/race_intel.html http://psychology.about.com/od/psychologicaltesting/a/int-history.htm On Henry Goddard: http://www.apa.org/monitor/2009/01/assessment.aspx IQ tests were used in developing immigration policies into the United States, and you may find it interesting to discover this particular aspect of their social application: http://www.eugenicsarchive.org/html/eugenics/essay9text.html There is an enormous amount of literature on ethics and biological research. A quick search on bioethics will pull up millions of results. Here is an interesting article to give you some idea of how scientists and policy makers are trying to make sense of the ethical issues involved. Also, a useful primer on ethics and human cloning can be found here. And here is an interesting commentary from NPR.