#stamets

[best-star-trek-character]

Round Three

[raurquiz]

#NationalComingOutDay #startrek #sulu #startrekbeyond #thenextgeneration #theoutcast #thehost #deepspacenine #lenarakan #dax #intendant #kiranerys #discovery #culber #stamets #enterprise #cogenitor #startrekpicard #7of9 #raffimusiker #lowerdecks #mariner #jennifer #startrek58

[butterfingersgutterball]

Goodbye Disco

Goodbye Discovery. I for one will miss you with all my heart. Goodbye to Saru

Goodbye to Book & Grudge

Goodbye Tilly

Goodbye Stamets  & Culber, Gray & Adira

Goodbye Reno

Goodbye Georgiou

Goodbye Owo and Detmer

Goodbye Vance, Rillak, & T’Rina

but perhaps most of all,  Goodbye Michael Burnham. I hope Sonequa Martin-Green feels the love and gratefulness in the wake of this news. You were excellent. They threw you before the wolves with a fair amount of half baked scripts, but when it was good it was great and I’ll always respect the way you carried it on your shoulders. Your performances stand up there with the leads before and in time I hope you get all the praise you deserved.

[sshbpodcast]

Star Trek Parents Just Don’t Understand (Part 2)

By Ames

Last week, you’ll remember we covered a whole lot of parents from the classic Star Trek series and just how much they tended to ruin their kids’ lives. Well, this week A Star to Steer Her By is finishing out the topic with parental units from currently running Trek series and the Kelvin movies. Expect this one to not be nearly as far reaching, partly because SPOILERS WILL ABOUND below the cut and partly because we’ve not covered much of this on the podcast yet, so frankly I don’t remember a good deal of it.

But some of our major players have or are noteworthy parents to talk about in this period of wide-screen Trek (seriously, everything looks like a movie now and it’s impacting my screengrab game). Give your parents a hug for us as you see them listed below and also in probably the most spoilery episode of the podcast we’ve ever recorded (discussion starts at 59:37). They only raised you from tadpoles.

(Again, some mega spoilers for Star Trek 2009, Discovery, Lower Decks, Prodigy, Strange New Worlds, and especially [seriously!] Picard are below.)

[Images © CBS/Paramount]

Kelvin George Kirk

George Kirk was a parent to literally newborn James for all of thirty seconds before saving his life, Winona’s life, and the lives of the crewmembers of the USS Kelvin. While we have no idea if he’d have been any good at raising the youngster had he lived (apparently so since this alternate Kirk ended up being quite the ruffian compared to that walking stack of books from The Original Series), we know what he valued by his actions, his sacrifice, and his refusal to name him Tiberius.

Kelvin Sarek

In pretty much all timelines, Sarek is a bit of a hypocrite when it comes to raising a half-Vulcan, half-human son like Spock. Why he can’t get it through that Vulcan bowlcut of his that having a child with a human will dilute that cherished green blood of theirs is absolutely beyond me. I thought you hobgoblins were supposed to be logical, after all. Maybe if Amanda hadn’t blown up, things would have gone better for Quinto-Spock.

Discovery Sarek

Speaking of Sarek, in Discovery we actually see that he very much seems to prefer raising his ward Michael Burnham to raising either of his natural sons. Go figure. Apparently all his progenies had to do was follow in his footsteps, join the Vulcan Academy, and literally have a chunk of his katra from a past mindmerge-thing for daddy to love them.

Gabrielle Burnham

Michael’s relationship with her birth parents is something much more complicated. This is Discovery, after all; “It’s complicated” is the subtitle of the series! When we learn that Gabrielle is still alive, having saved Michael by becoming the Red Angel, it’s a bittersweet reunion that can only be made stranger by their second reunion in the 32nd century when momma has become a space nun of some kind. As if Michael didn’t have enough of this Vulcan stuff growing up!

Voq and L’Rell

On the subject of space nuns, we learn that Voq and L’Rell’s child Tenavik got to be raised by some time monks in the Boreth Monastery. Which, frankly, is probably the best that kid could ask for! The combative Klingon Empire was no place to raise a baby, and good on his parents for finding a child-rearing solution that, at the very least, kept him alive. Ya know, after just a little bit of faking his death. Q'apla, I guess!

Stamets and Culber

What is sweeter and purer than two gay space dads mentoring a nonbinary sorta-Trill sorta-not adolescent? I didn’t realize that Adira is supposed to be 16 when we meet them (probably because the actor was like 23), but regardless of age, they are struggling with their identity in enough ways to make a Vulcan weep, and having the support of a nurturing queer family is just what they need.

Ephaim

An easy example of a good parent from the Discovery era comes in one of the Short Treks, “Ephaim and DOT.” Sure, she’s a tardigrade and mostly just following that biological impulse to keep one’s seed alive, but she does better than a lot of other Trek parents. Go, tardigrades, go!

Raffi Musiker

Moving on to Star Trek: Picard, we see another negligent parent in the conspiracy theory–obsessed Raffi Musiker. She might rival Worf as a parent whose absence has screwed up their kid the most, as we see that Gabriel is downright hostile to her when she tries to reconnect. And then in season 3, she yet again chooses Starfleet over her family. Perhaps we’re lucky we haven’t seen Alexander in Picard, since he and Gabriel could have some stories to tell.

Troi and Riker

Say what you will about the Troi-Riker relationship, but they seem to be doing pretty okay raising their daughter Kestra. She’s a nifty kid with her head on straight, so they must be doing something right. Also, it’s very clear throughout their appearances in Picard that these parents did everything they could to save their son Thaddeus from his mendaxic neurosclerosis, and his loss affected them in the way only losing a beloved child could.

Maurice and Yvette Picard

We were teased a bit in TNG with just enough information about Jean-Luc’s upbringing to let us know his relationship with his father was strained and that with his mother was loving, but then the second season of Picard had to go spelling things out for us in ways we didn’t really need. Maurice becomes that much more terrible because he evidently did nothing when Yvette was going down a dark path. And Yvette… what the hell were the writers trying to say about Yvette? Freakin’ yikes. 

Adam Soong

Also in season two of Picard, we get YET ANOTHER Soong ancestor for Brent Spiner to play, ya know, for reasons. Evidently all the Soongs except Data (see last week’s inclusion!) are just terrible parents because they’re effectively just trying to prolong their own legacy instead of actually caring for the needs and wants of the child. Kore, in this case, lives a life so sheltered she can’t even go outside without bursting into flames. Much like that whole damn season…

Teresa Ramirez

We do, however, get one solid parent in season two of Picard, and that’s Teresa Ramirez, the divorced mother who Rios is totally thirsty for. Actually, we don’t see a lot of children of divorce in Star Trek, do we? As we established last week, it’s far more likely to have one parent get killed off than it is to have people amicably separate because, of course, that makes for more drama. There’s Torres’s parents, and Rom and Prinadora but that’s just their Ferengi contract, and that might just be about it? Anyway, Teresa’s cool.

Jean-Luc Picard and Bev Crusher

Season three, however, is just a straight up family reunion show with lots more literal family members that get introduced to boot! Somewhere after Nemesis, evidently Bev and JL got down to clown and then Bev ran away and hid the pregnancy from him for however many years this boy is old. Sure, we all agree Picard would make a father that might rival Worf’s awkward sense of child neglect, but is Bev any better never telling him? Discuss amongst yourselves.

Geordi La Forge

Geordi’s been busy too, cranking out at least two daughters. Like Sarek’s relationship with his various kids, it seems much easier for Geordi to play favorites. Alandra is the favored daughter because she followed in his footsteps and seems like she was generally passive, while Sidney is the black sheep of the family and La Forge has trouble connecting with her because she can’t just be controlled like certain holoprograms I could name.

Carol Freeman

Let’s get out of Picard and into some animated stuff. The relationship between Captain Freeman and her daughter Beckett Mariner is at the core of Lower Decks, so much so that it’s kept secret from the rest of the crew for the drama of it all. Most of the show treats their relationship like ones we’ve seen before in which the child lashes out because they don’t want to follow in their parent’s footsteps. There is love there, but their failure to communicate does dominate.

The Diviner

In our other animated Trek, The Diviner definitely falls into that category of just the worst kind of parent because he will sacrifice Gwyn a hundred times over to get his way. He never listens to what she wants, chooses the Protostar over her, and leaves her to nearly get killed on vine planet. All this and the only reason he created her in the first place was to continue his work. Rude, bro.

Joseph M’Benga

Finally, we have Dr. M’Benga in Strange New Worlds, whose dedication to caring for his sick daughter Rukiya is admirable and incredibly sweet. Every time he reads fairy tales to her in sickbay is a beautiful little scene, and the end of “The Elysian Kingdom” is a tear jerker that we were honestly surprised to get so early in the run of the show. I kinda hope we see more from Rukiya in future, but who knows what’s written in these fantastical pages?

— We’re ducking out from this family reunion before someone whips out the photo album. Catch us next time for more, and definitely keep listening to our watchthrough of Voyager over on SoundCloud or wherever you get podcasts. You can also post family in-jokes on our Facebook and Twitter, and would it hurt to call once in a while?

[mycochaos-oldacnt-plzfollownew]

u/Scrybal commented on a comment I made, quoting my: “dice roll of spore germination”

Their comment: “ I've read a lot of posts and comments on the sub and have literally never come across this phrase. I have no idea what to make of it. I didn't even know that it was possible to have a stagnant strain. What is a stagnant strain? “

Mycochaos response: 

Spore germination is absolutely a dice roll, and a huge one with multi-variant possibilities, at that. Not just genetically when two spores do actually mate... but also related to the sterility of the water that multi-spore syringes have spores suspended in... and then there is the fact that you can have a clump of spores and none of the spores touching each other (without aid of zig-zag inoculation loop across petri dish) that just simply dont germinate with each other and just stay a clump of spores.

When I say stagnant strains I literally mean spore germination that leads to growth characteristics and/or genetic issues that cause its metabolism to cease, or slow to the point of competitor contaminants taking over uncolonized nutrients before the slowed or stalled or ametabolic mycelium)

The Mushroom Cultivator, Stamets and Chilton explains (page 5-14) the following related to lifecycle of basidiomycetes:

"

In the life cycle of the mushroom plant, the fruitbody occurs briefly. The mycelial network can sit dormant for months, sometimes years and may only produce a single flush of mushrooms. During those few weeks of fruiting, the mycelium is in a frenzied state of growth, amassing nutrients and forming dense ball-like masses called primorida that eventually enlarge into the towering mushroom structure. The gills first develop from the tissue on the underside of the cap, appearing as folds, then becoming blunt ridges and eventually extending into flat, vertically aligned plates. These efficiently arranged symmetrical gills are populated with spore producing cells called basidia.

From a structural point of view, the mushroom is an efficient reproductive body. The cap acts as a domed shield protecting the underlying gills from the damaging effects of rain, wind and sun. Covering the gills in many species is a well developed layer of tissue called the partial veil which extends from the cap margin to the stem. Spores start falling from the gills just before the partial veil tears. After the partial veil has fallen, spores are projected from the gills in ever increasing numbers.

The cap is supported by a pillar-like stem That elevates the gills above ground where the spores can be carried off by the slightest wind currents. Clearly, every part of the mushroom fruitbody is designed to give the spores the best opportunity to mature and spread in an external environment that is often harsh and drastically fluctuating. As the mushroom matures, spore production slows and eventually stops. At this time mushrooms are in their last hours of life. Soon decay from bacteria and other fungi sets in, reducing the once majestic mushroom into a soggy mass of fetid tissue that melts into the ground from which it sprung.

Most mushrooms produce spores that are uninucleate and genetically haploid (1N). This means each spore contains one nucleus and has half the complement of chromosomes for the species. Thus spores have a "sex" in that each has to mate with mycelia from another spore type to be fertile [thus to germinate] for producing offspring. When spores are first released they are fully inflated "moist" cells that can easily germinate. Soon they dehydrate, collapsing at their centers and in this phase they can sit dormant Through long periods of dry weaTher or severe drought. When weather conditions provide a sufficiently moist environment, the spores rehydrate and fully inflate. Only then is germination possible.

Spores within an individual species are fairly constant in their shape and structure. However, many mushroom species differ remarkably in their spore types. Some are smooth and lemon shaped (in the genus Copelandia, for instance); many are ellipsoid (as in the genus Psilocybe); while others are highly ornamented and irregularly shaped (such as (hose in Lactarius or Entoloma}. A feature common to the spores of many mushrooms, particularly the psilocybian species, is the formation of an apical germ pore.

The germ pore, a circular depression at one end of the spore, is the site of germination from which a haploid strand of mycelium called a hypha emanates. This hypha continues to grow, branches and becomes a mycelial network. When two sexually complementary hyphal networks intercept one another and make contact, cell walls separating the two hyphal systems dissolve and cytoplasmic and genetic materials are exchanged. Erotic or not, this is "mushroom sex". Henceforth, all resulting mycelium is binucleate and dikaryotic. This means each cell has two nuclei and a full complement of chromosomes. With few exceptions, only mated (dikaryotic) mycelia is fertile and capable of producing fruitbodies. Typically, dikaryotic mycelia is faster running and more vigorous than unmated, monokaryotic mycelia. Once a mycelium has entered into the dikaryophase, fruiting can occur shortly thereafter. In Psilocybe cubensis, the time between spore germination and fruitbody initials can be as brief as two weeks; in some Panaeolus species only a week transpires before mushrooms appear. Most mushroom species, however, take several weeks or months before mushrooms can be generated from the time of spore germination.

Cultivators interested in developing new strains by crossing single spore isolates take advantage of the occurrence of clamp connections to tell whether or not mating has taken place. Clamp connections are microscopic bridges that protrude from one adjoining cell to another and are only found in dikaryotic mycelia. Clamps can be readily seen with a light microscope at 100-400X magnification. Not all species form clamp connections. (Agaricus brunnescens does not; most all Psilocybe and Panaeolus species do). In contrast, mycelia resulting from haploid spores lack clamps. This feature is an invaluable tool for the researcher developing new strains.

Two dikaryotic mycelial networks can also grow together, exchange genetic material and form a new strain. Such an encounter, where two hyphal systems fuse, is known as anastomosis. When two incompatible colonies of mycelia meet, a zone of inhibited growth frequently forms. On agar media, this zone of incompatibility is visible to the unaided eye.

"

[ibm7094lover]

“The best thing for autism representation is to have multiple autistic characters so there’s a display of autism as a spectrum affecting people differently” “we need better autism representation” “I wish there were more characters that are audhd” my brother in christ, the teenage mutant ninja turtles are RIGHT THERE

[evviejo]

🏳️‍🌈🏳️‍🌈🏳️‍🌈 HAPPY PRIDE 🏳️‍🌈🏳️‍🌈🏳️‍🌈

[startrekuniverse]

Star Trek Discovery

So many memories.

[hyperlexichypatia]

This is the kind of thing I do instead of sleeping.

Also tag yourself I'm Sarek I guess?

[t-rina]

space aunt and space dad

5x4 Face the Strange

[itberice]

Star Trek: Discovery I "Face the Strange"

[best-star-trek-character]

Round Two

[raurquiz]

#happypridemonth #pride #startrek #georgetakei #thenextgeneration #thehost #odan #theoutcast #soren #deepspacenine #dax #lenarakahn #intendantkira #garak #quark #pel #beyond #sulu #discovery #culber #statmets #adira #graytal #startrekpicard #7of9 #musiker #strangenewworlds #angel

[stra-tek]

Reblog this to make a bigot uncomfortable

[startrekladies]

Please tell everyone I love them.

[mycochaos-oldacnt-plzfollownew]

u/wayb223 asked: “Which type of Agar do you prefer and why?”

Mycochaos response:

You should practice different kinds, honestly. Putting your genetics library through different agar over time keeps it healthy and virile, reducing likelihood of senescence. Here are some ones I enjoy:

1L recipes all sterilized for 30-45 (nothing more than 45 for risk of caramelizing sugars, making the agar useless and promoting of unfavorable mycelial characteristics once caramelized) at 15PSI (w/ 10 min venting):

*Basic MEA (Malt extract agar) for 1L (halve for 500mL recipes): 20g agar + 30g tan malt (+ optional 1g nutritional additive)

*Basic grain soak Agar for 1L: boil grains for 45 minutes, drain grains using the liquid drained for your 1L agar liquid contribution. 20g agar for 1L and 1-2g of gypsum

*Stamets MYPA / MYA (Malt Extract, Yeast Agar) -20 grams tan malt (brewers malted barley) per 1L -2 grams nutritional yeast per 1L -20g agar per 1L -1g peptone per 1L

*Stamets PDYA / PDYPA (Potato Dextrose Yeast) Agar: -boil 300g of sliced potatoes for 1 hour, drain that water off into your agar media container, holding back the potaters, a total volume of 1L for this recipe (or half variables for 500mL pours) -10g dextrose (C6H12O6) -20g agar per 1L -2g yeast per 1L -(optional)1g peptone (soy based)

*Stamets/Pollock Dog Food Agar (DFA): - 20g dry dog food (assumedly ground up into powder before being added) -20 g agar -5g malt or glucose

*Stamets Oatmeal, Malt, Yeast enriched agar (OMYA): -80g instant oatmeal -20g agar -10g malt sugar -2g nutritional yeast