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00:00:00Hello friends. Welcome to Friday Night Live, episode 171.8.
00:00:08It's a long weekend, right? Happy Labor Day.
00:00:13Yeah, it's like 11pm, Monday.
00:00:19Let's do...
00:00:30Let's do front stretch kick, okay? Yeah.
00:00:51Yeah.
00:01:09Okay, good.
00:01:11Oh, very good. Yeah, five minutes, please. Thank you.
00:01:18Let's chat this vodka bottles. It's been sitting here for a very long time.
00:01:27Yeah, let's chat this one.
00:01:33Yeah.
00:01:36Happy Labor Day, Monday evening.
00:02:04Nice. Yep.
00:02:22This good enough.
00:02:33Yeah.
00:02:36Okay.
00:02:43Good.
00:02:53Good enough. Yeah.
00:03:04Okay, five minutes break, please. Thank you.
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00:15:31Okay.
00:15:41Yeah, so, yeah, let's take a break from mathematics. Okay. So yeah, I took a bath. That's why it looks very clean. Yeah.
00:16:01Okay.
00:16:11Okay.
00:16:21Okay.
00:16:33Yeah.
00:16:39Okay.
00:17:01Happy Labor Day. Oh, yeah.
00:17:07You take a break from mathematics.
00:17:11Yeah.
00:17:14Okay.
00:17:43Okay.
00:17:45Sophie.
00:17:56Okay.
00:18:17Hello friends. Yeah, welcome to
00:18:25episode 171.8. Yeah. Happy Labor Day.
00:18:34Good evening. Yeah, it's like midnight express.
00:18:42Welcome. Good evening.
00:18:47Cheers. Happy Labor Day.
00:18:55Yep.
00:18:58Yeah, I took a bath. That's why I look clean and young.
00:19:05Exfoliation with my fingernails.
00:19:09Every square inch of my body.
00:19:13It took me like one hour to do that.
00:19:19Once a week.
00:19:23Yeah.
00:19:36Welcome. Good evening.
00:19:40Skin rejuvenation. Yeah. Bathing.
00:19:44Good evening. Welcome.
00:19:47Yeah, welcome, welcome.
00:19:54Oh, yeah.
00:19:58So, yeah.
00:20:03Like, you wanna join us? Sure.
00:20:07If internet works, oh, yeah.
00:20:13Yeah, I'm 46, but I look younger than that, right?
00:20:16Yeah, because I do bathing, exercise.
00:20:27Well, welcome.
00:20:30Yeah, good evening.
00:20:32Happy Labor Day.
00:20:35Thank you for joining us.
00:20:38Yeah, I'm good, thank you. Yeah, good evening.
00:20:42I'm sorry, internet is not working, okay?
00:20:44So, yeah, sorry about that.
00:20:49Yeah, I'm in Alaska, so it's like 11.30 p.m.
00:20:52Yeah.
00:20:55Yeah.
00:20:58Happy Labor Day, yeah.
00:21:05Nice, college education, I'm very proud of you.
00:21:08Yeah, you did great, yeah.
00:21:10Congratulations.
00:21:12Yeah.
00:21:14Oh, yeah.
00:21:17Nice.
00:21:21Good stuff.
00:21:24Hmm?
00:21:28Yeah, you're very welcome.
00:21:32Oh, yeah.
00:21:41So, yeah, let's talk some more about biology.
00:21:45It's like cellular biology, right?
00:21:47Yeah, in a cell, which is very small, yeah, there's this organelles, like nucleus, inside of that there's DNA.
00:21:56And inside of cell, the Golgi complex and mitochondria.
00:22:06It's amazing.
00:22:08Yeah, biology is absolutely miraculous.
00:22:10Yeah, yeah.
00:22:13Cheers.
00:22:14Yeah, yeah.
00:22:22So, I believe there is God.
00:22:25Mm-hmm.
00:22:27Nice, Golgi, yeah, Golgi body, Golgi complex, right?
00:22:30Yeah, yeah, yeah.
00:22:33And mitochondria and other organelles, it's just amazing.
00:22:37Yeah.
00:22:39Cell is so tiny, very small.
00:22:42But some cell is visible.
00:22:48Can you name one visible cell?
00:23:08Egg.
00:23:10Chicken egg.
00:23:15Technically, it's one cell, yeah.
00:23:19Hmm?
00:23:21Philosophy, yeah, yeah, yeah.
00:23:23I did take one class.
00:23:26It's like formal logic when I was in college.
00:23:31And otherwise, I studied on my own.
00:23:34Yeah, yeah.
00:23:36Hmm?
00:23:37Of course, when I was in high school, yeah, we did learn some Eastern, Western philosophies.
00:23:41When I was in high school, yeah.
00:23:43Sunset Square, yeah.
00:23:45Hmm?
00:23:46Oh, yeah.
00:23:48Philosophy is nice, yeah.
00:23:50I read some books, yeah, Wikipedia and stuff.
00:23:54Yeah.
00:23:57Very smart.
00:23:58I'm very proud of you, future leaders.
00:24:00Oh, yeah.
00:24:02Okay.
00:24:03Yeah, so chicken egg, technically, it's one cell, okay?
00:24:07Yeah.
00:24:08Which is quite surprising.
00:24:09Oh, yeah?
00:24:10Yeah.
00:24:11Like, actually, it's half a cell if it's not fertilized, right?
00:24:24Like in human, female egg and male sperm, right?
00:24:30They are like, they contain half the chromosomes, like 23 chromosomes each.
00:24:36When the egg is fertilized by sperm, then full set of chromosomes, 46 chromosomes, okay?
00:24:43Yeah.
00:24:46Oh, yeah, yeah, yeah.
00:24:47It is, okay?
00:24:48Yeah.
00:24:49Hmm?
00:24:50Yeah.
00:24:51Okay.
00:24:52Now, let's take five minutes break, please.
00:24:57Future leaders, my proud.
00:25:00Okay, cool.
00:25:01Five minutes, thank you.
00:25:03Mm-hmm.
00:25:05Yeah, welcome, welcome.
00:28:51Have a good night.
00:28:52Mhm.
00:28:53Marshall Arts.
00:28:54Yeah.
00:28:55Education, very important.
00:28:56Yeah.
00:28:57Cheers.
00:28:58Yep.
00:28:59Mhm.
00:29:00Let me flush out my eyes.
00:29:01Something's going on in there.
00:29:02Oh, man.
00:29:03Oh, man.
00:29:04Oh, man.
00:29:05Oh, man.
00:29:06Oh, man.
00:29:07Oh, man.
00:29:08Oh, man.
00:29:09Oh, man.
00:29:10Oh, man.
00:29:11Oh, man.
00:29:12Oh, man.
00:29:13Oh, man.
00:29:14Oh, man.
00:29:15Oh, man.
00:29:16Oh, man.
00:29:17Oh, man.
00:29:18Oh, man.
00:29:19Yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah, yeah,
00:29:48Yeah, welcome, welcome.
00:29:52So, the frog, frog egg, right?
00:29:59It's one cell, Okay?
00:30:01They go through what's called a cellular division, they divide in half,
00:30:06then it's like binary fission, Okay? Yeah.
00:30:12One cell become two cells,
00:30:15four cells, eight cells.
00:30:17yeah the power of two okay yeah 8, 16, 32, 64, 128 yeah the binary cellular
00:30:29division okay yeah exponential growth yeah well does actually the size of a
00:30:38cell gets smaller and smaller and smaller but it starts with an egg
00:30:42fertilized egg okay so once egg is fertilized by a sperm
00:30:49that's when they start to divide in half okay yeah cellular division the size
00:30:55states the same on egg fertilized egg it's just that they
00:31:02divide divide by they get smaller smaller smaller smaller until you get
00:31:06in becoming invisible to our eyes okay yeah biology yeah it's amazing
00:31:18yeah hmm welcome good evening yeah cheers
00:31:28hmm
00:31:35yeah
00:31:38and human eggs human sperm they're not visible to our eyes okay because they're
00:31:45too small
00:31:48hmm but other animals, eggs, they're visible like bird eggs, frog eggs, crocodile eggs
00:32:05they're all visible and surprisingly yeah it's one cell okay
00:32:12originally actually half a cell before it gets fertilized by a sperm okay yeah
00:32:24some oceanic bacteria is visible too yeah some there's some big bacteria like
00:32:31this big okay yeah ocean
00:32:36uh human and monkey they're not compatible no yeah
00:32:47why because their DNA is different monkey and human with different DNA so
00:32:58they were that's why they're not compatible okay yeah
00:33:04yeah so
00:33:09but some animals different species can like make hybrid like donkey and horse
00:33:22they're hybrid mule right yeah yeah
00:33:32yeah welcome
00:33:38cheers yeah
00:33:44hmm
00:33:51yeah
00:33:58yeah
00:34:05oh yeah it's been good thank you yeah welcome
00:34:10happy Labor Day
00:34:13is alcohol good for health uh yeah if you do it in moderation after you turn 21
00:34:20yeah
00:34:24everything in moderation
00:34:27well
00:34:31yeah future leaders mighty proud let's take five
00:34:37minutes for iso vocal rest okay welcome yeah good evening oh yeah
00:34:43amazing biology right yeah it's in my couple field of study where
00:34:56five minutes thank you
00:35:02okay
00:35:13you
00:35:43you
00:36:13you
00:36:43you
00:37:13you
00:37:28okay welcome back
00:37:35welcome
00:37:38yeah good times yeah good evening
00:37:44yeah
00:37:48welcome wake up
00:37:52yeah good evening
00:37:59yeah we do this oh the bear's name
00:38:07yeah
00:38:11Ted about that
00:38:15yeah maybe Ted Teddy sure cheers yeah
00:38:24welcome
00:38:27so
00:38:30yeah Teddy bear yeah I think it's bear man
00:38:35how about hoggy hoggy bear right huggable
00:38:42yeah and um oh thank you hmm so when it comes to egg when I was in Korea
00:38:53South Korea so I once had this ostrich egg it's like this big okay so meal it
00:39:00tastes like chicken egg uh it's just big ostrich egg boiled
00:39:06it's a meal it is a very big egg
00:39:12yeah it was nice also in Korea I went to Chinese restaurant
00:39:20long time ago in Korea and they have this fermented
00:39:24goose egg oh that's such a delicacy it's like
00:39:28gelatinous yeah cheers yeah
00:39:42yeah good stuff
00:39:47yeah
00:39:51so uh these days uh people talk about climate change
00:39:57right uh but in my opinion there's nothing to worry about
00:40:00climate change because carbon dioxide is neutral is non-toxic okay
00:40:07and carbon is a building block of life yeah
00:40:18oh yeah uh until you turn 25 um focus on education career development
00:40:24yeah you know yeah
00:40:28um my recommendation yeah masturbation
00:40:34would be my recommendation okay yeah yeah it's very healthy and safe
00:40:41okay yeah masturbation
00:40:48yeah
00:40:51it's safe outlet yeah very healthy safe
00:40:58yeah
00:41:07cheers yep
00:41:10um yeah martial arts dancing singing riding
00:41:16yeah good hobbies
00:41:20learning right yeah good stuff oh yeah
00:41:28yeah welcome good evening
00:41:33yeah welcome good evening
00:41:36yeah so
00:41:40it's like um
00:41:46eggs yeah they're very healthy food right
00:41:52yeah
00:41:56superfood yeah
00:41:59yeah good source of protein
00:42:04cheers
00:42:14so carbon is building block of life is found in um carbohydrate of course
00:42:21and also lipid and protein right yeah
00:42:26it's like backbone of biomolecules carbon okay
00:42:34welcome future leaders my proud yeah so
00:42:40yeah
00:42:45so global warming is a good thing okay because uh plants need it
00:42:52okay yeah
00:42:56uh plants grow during the summer not during the winter okay yeah
00:43:00so uh in brazil amazon river
00:43:08there are a lot of trees because it is hot
00:43:12okay yeah
00:43:17plants love hot weather okay yeah
00:43:25yeah
00:43:32they love rain too yeah water cheers and sunshine photosynthesis
00:43:40uh the output of photosynthesis increases
00:43:44in biology but botany when there are a lot of carbon dioxide in there
00:43:48and a plan of sunshine a lot of water rain and hot temperature
00:43:57welcome to humanology you know real science
00:44:01okay yeah not fake ones yeah cheers
00:44:10okay i have some vocal rest let's have five minutes prayer okay thank you
00:44:13yeah mighty proud future leaders oh yeah very cool
00:44:22okay
00:44:43you
00:45:13you
00:45:43you
00:46:13you
00:46:20okay welcome friends so uh the plant biology botany
00:46:29uh analog counterpart in plant of an egg what is it
00:46:37one cell still visible to eyes
00:46:43seed okay yeah i was sperm
00:46:50analogy in plant pollen okay yeah
00:46:59and if pollen is smaller than seed right yeah just like sperm is smaller than egg
00:47:05okay yeah cheers
00:47:14so after seed meet or pollen uh then it becomes a fertilization and
00:47:21go through like cellular division binary fission okay yeah
00:47:25it works the same way
00:47:38yeah give me one second yeah something fell
00:47:42i don't know what it is
00:48:04oh
00:48:11okay yeah it's a shampoo bottle in the bathroom that's what fell okay
00:48:20yeah welcome so yeah biology fantastic
00:48:29seed yeah like grains like wheat rice
00:48:37peanut well yeah sure or
00:48:43walnut chestnut beans
00:48:50they're the seeds they're all one cell originally okay yeah all visible
00:48:59yeah yeah
00:49:07yeah cheers
00:49:19yeah
00:49:27i like boiled eggs yeah
00:49:33and seeds yeah good source of dietary fiber right
00:49:40uh that's cell wall cellulose in plants dietary fiber okay
00:49:47good for the guts regularity okay yeah
00:49:52uh animal cell does not have cell wall plants do okay
00:50:02uh cell walls are based in carbohydrate okay
00:50:09cheers
00:50:21uh good bacteria yeah nitrogen fixing bacteria
00:50:26bacteria in legume like naju in the roots
00:50:31of some plants like beans legumes uh it's called a symbiosis
00:50:39okay
00:50:43this wonderful nitrogen fixing bacteria they capture this nitrogen in the air
00:50:51and they make it to like ammonia okay which is usable to
00:50:59organisms yeah uh nitrogen that's good part of
00:51:06protein
00:51:09okay yeah
00:51:12yeah
00:51:16yeah biology okay yeah cheers yeah
00:51:24oh yeah good stuff
00:51:28yeah
00:51:32uh-huh now let's take five minutes break i still have a rest okay
00:51:37future leaders my proud fantastic
00:51:44very cool
00:51:47yeah
00:52:01okay
00:52:13you
00:52:43you
00:53:13you
00:53:43you
00:54:01okay welcome
00:54:04so you know plant cell there is this uh organelle
00:54:15that does the photosynthesis it's like something chlorophyll or
00:54:20something like that i let me look it up okay so
00:54:23yeah i forgot it's been a long time uh
00:54:30how about graphist book sure
00:54:38biology book okay so yeah instead of googling it
00:54:44yeah let's go to index photosynthesis sure
00:54:58147
00:55:01you
00:55:21yeah sunflower photosynthesis
00:55:31you
00:55:44chloroplast
00:55:51okay
00:55:54you
00:55:58carbon fixation
00:56:04yeah
00:56:07chloroplast okay yeah okay yeah
00:56:13you
00:56:20sounds almost like a chromosome chloroplast okay
00:56:25okay let me get some wine
00:56:43uh
00:56:55okay cheers
00:57:01you
00:57:08no mitochondria and uh chromoplast
00:57:19yeah they do opposite things okay it's a reverse
00:57:22chemical biochemical reaction okay um what mitochondria does is like uh
00:57:30to convert carbohydrate to energy atp energy okay
00:57:36biochemistry and chloroplast yeah photosynthesis is inverse
00:57:43of that they absorb carbon dioxide and water and make synthesize
00:57:51the carbohydrate okay with sunlight energy photon okay
00:57:59and mitochondria does the opposite thing it use carbohydrate and break it down
00:58:06to like water and carbon dioxide and atp energy okay yeah
00:58:14it's called um breathing aspiration okay yeah
00:58:22yeah welcome good evening yeah in chemistry it's called oxidation
00:58:29okay photosynthesis uh reduction okay welcome
00:58:36yeah we're doing some biology here chemistry as well yeah cheers
00:58:49yeah so
00:58:52um welcome good evening yeah
00:59:00mina express yeah
00:59:05so yeah bacteria good bacteria in the gut right and they make synthesize like
00:59:13vitamins for us okay also in bovine species
00:59:19yeah my proud uh future leaders yeah fantastic
00:59:26my proud yeah future leaders yeah love my jars okay very important
00:59:34continuing education okay yeah
00:59:40cheers
00:59:44salute yeah
00:59:50so in uh like ox bovine species uh
00:59:57they have this symbiosis symbiotic bacteria in their guts to break down
01:00:03the cellulose the cell wall of plants okay yeah
01:00:06chewing the cords yeah
01:00:12good bacteria yeah
01:00:16hmm just like in plants nitrogen fixation
01:00:23bacteria right in the roots of some legumes like
01:00:28beans yeah good
01:00:31symbiosis with bacteria and animals and plants
01:00:38well it's magical yeah
01:00:44oh it's beautiful cheers yeah
01:00:59yeah welcome
01:01:04so all these microorganisms like yeast bacteria
01:01:10uh walking with us all right
01:01:17yeah it's beautiful symbiosis
01:01:26yeah cheers yep
01:01:32where
01:01:34oh
01:01:40yeah
01:01:45future leaders my proud of you yeah now let's say five minutes very nice
01:01:49vocalist okay time check
01:01:54having fun with biology oh yeah
01:01:58yeah okay it's been more than one hour
01:02:06okay okay cool five minutes great thank you
01:02:11muchas gracias
01:02:15very cool
01:02:20yeah maravillosa fantastic marvelous
01:02:28thank you
01:02:33okay
01:02:58you
01:03:28you
01:03:58you
01:04:29okay
01:04:34welcome
01:04:37so in cellular biology okay there's this theory very interesting theory okay so
01:04:43yeah chloroplasts in plants and also mitochondria in both plants
01:04:49and animals yeah they have double membranes
01:04:55okay unlike just regular cell single membrane okay
01:05:00single layer but so there's this theory uh that uh chloroplasts
01:05:07and mitochondria used to be a single layered bacteria
01:05:13you did they have their own dna okay and they were engulfed by another cell
01:05:21and yeah symbiosis and the rest is history okay
01:05:26yeah that's why they are double layered okay double membrane
01:05:29okay what a fascinating story narrative in biology okay cheers yeah
01:05:40it's incredible
01:05:44evolution right yeah also creationism okay
01:05:50uh they are not incompatible to each other creationism and evolutionism okay
01:05:55yeah they're quite compatible to each other
01:05:58actually okay yeah yeah welcome to humanology okay
01:06:01cheers
01:06:10look charles darwin of evolutionism he he is a catholic priest okay yeah
01:06:20yeah
01:06:25yeah cheers yeah
01:06:33the origin of species right yeah charles darwin
01:06:41galapagos island right in south america right
01:06:45yeah elephantolo yeah iguana right yeah
01:06:54i remember
01:06:57never been there but i saw some documentaries about galapagos island
01:07:02okay
01:07:10uh
01:07:16so charles darwin kind of predicted that
01:07:20this is particular orchid beautiful flowering plant
01:07:23orchid wild orchid okay and he hypothesized that there must be a
01:07:29moth insect to who pollinate this orchid with
01:07:34very long tongue
01:07:38and his prediction turned out to be true
01:07:45hmm
01:07:51yeah
01:07:58yep later on people found that moth flying
01:08:04it's kind of butterfly but nocturnal kind of butterfly
01:08:08with long extendable tongue that pollinate this particular
01:08:16wild orchid okay
01:08:22yeah
01:08:28welcome good evening yeah
01:08:34yeah that's wild
01:08:45so the difference between butterfly and
01:08:49moth uh butterfly uh diurnal right
01:08:55yeah brightening dog day welcome yeah good evening
01:09:03cheers
01:09:10moth uh they are nocturnal they fly in the at night
01:09:14right yeah yeah i'm good thank you future leaders my proud
01:09:19yeah
01:09:24yeah so
01:09:28yeah
01:09:32yeah i think this particular moth uh i don't remember the name and maybe
01:09:38vampire moth okay because it's kind of like
01:09:41creepy and scary a little bit okay
01:09:46yeah
01:09:50yeah
01:09:52oh yeah
01:09:56yeah happy level day yeah cheers yeah
01:10:02um
01:10:06yeah
01:10:10yeah so
01:10:16um
01:10:22yeah
01:10:27yeah so biology is very diverse all these different
01:10:31species in plants animals
01:10:39yeah
01:10:43okay let's say five is fair okay and some vocal rest okay
01:10:47and let's talk about virus virology okay
01:10:50yeah sure five minutes break okay thank you
01:10:54yeah yeah yeah we got a lot to talk about that too
01:10:58okay yeah virology sure yeah five minutes break please thank you
01:11:04my proud future leaders amazing oh yeah
01:11:17okay
01:11:34you
01:12:04you
01:12:34you
01:13:04you
01:13:06you
01:13:08you
01:13:32okay welcome back
01:13:39yeah welcome good evening good morning rather yeah
01:13:45yeah welcome yeah
01:13:49so let's talk about virus biology okay uh
01:13:53well this biology microbiology okay
01:13:57yeah welcome good evening yeah so that corona virus
01:14:03that's like in the spanish right yeah
01:14:07corona means like crown okay yeah uh but there are other kinds of virus like
01:14:13bacteriophage bacteria eating virus okay that looks
01:14:18like a spaceship like moon lander okay yeah so bacteria okay yeah so virus
01:14:25that incredible organism yeah cheers yeah
01:14:34microbiology okay yeah biology so but uh the virus have this
01:14:43membrane uh that's like a protein coating or
01:14:51maybe some lipid carbohydrate maybe and instead of the virus cell rna
01:15:00ribonucleic acid right it's kind of like dna okay
01:15:10uh and uh i mean computer science yeah
01:15:17computer virus right but this computer program in cold
01:15:22okay but it's good analogy there
01:15:26what rna dna in code is a protein amino acid okay yeah
01:15:36alphabet right like a b c d e f g okay
01:15:41amino acid okay yeah
01:15:48cheers yeah
01:16:09look when a virus attack is like moon landing okay yeah like spaceship moon
01:16:16uh some bacteriophage virus look just like the spaceship moon lander okay so
01:16:22so they land on a bacteria okay and then they inject their rna like
01:16:30viral going viral okay yeah virus viral rna inside of bacteria
01:16:38and then they use uh
01:16:43materials like dna materials from this bacteria and they replicate
01:16:51okay bacteriophage virus okay
01:16:56it's all amazing mechanism
01:17:04how it works
01:17:08cheers
01:17:15hmm
01:17:19some bad virus like influenza flu like cold virus or covid-19 right
01:17:27works the same way okay yeah they come to like animals including humans
01:17:33and as one cell viral virus cell after that uh they start to multiply just scary
01:17:43it is welcome future leaders mighty proud of you yeah
01:17:50yeah future leaders
01:17:53yeah love martial arts okay yeah
01:17:57yeah
01:18:00yeah and uh
01:18:05yeah so it's about exercise healthy diet exercise
01:18:13plenty of water good food personal hygiene right yeah
01:18:19that we are healthy immune system white blood cell okay
01:18:29yeah now time check
01:18:38okay it's been more than one hour
01:18:42okay yeah so
01:18:50hmm
01:18:56yeah
01:19:09oh yeah
01:19:13yeah
01:19:16so it is amazing biology right
01:19:26animals plants including humans and uh started one cell egg and sperm right
01:19:36yeah welcome good evening yeah
01:19:43future leaders mighty proud love martial arts yeah
01:19:49continuing education okay yeah cheers yeah
01:20:01yeah
01:20:04so one egg
01:20:08one sperm or one seed and one pollen in plants or animals right
01:20:16half a cell then they got together and fertilized
01:20:22and then cell division binary fission and becomes a butterfly frog
01:20:34elephant or tree
01:20:40praying mantis grasshopper
01:20:45but it start with just egg and sperm right or seed and pollen
01:20:53yeah it's dna
01:20:56cellular programming
01:21:01yeah dna is a blueprint for uh portends okay yeah
01:21:08genetic code
01:21:20like uh
01:21:25what's it called
01:21:28hodan maybe
01:21:44yeah so alphabet of dna atgc right uh three of them
01:21:54all right so it's like four times four times four right
01:22:06hodan to prescribe prescribe what amino acid it will be okay so
01:22:19yeah like 64 right four times four times four 64
01:22:25but they're like amino acids in nature like uh building a lot of protein okay
01:22:31like uh about maybe 28 then just like alphabet okay so yeah uh
01:22:39right
01:22:44it's so amazing
01:22:53yeah biodiversity for plants animals
01:22:59right starting with a small cell
01:23:09miraculous yeah that's why i'm very convinced that there's god or god is if
01:23:17god created gender concept god god is divinity transcendental to this
01:23:23concept of gender okay so maybe uh divinity is gender neutral okay so yeah
01:23:28cheers yeah welcome to humanity it's kind of philosophical concept okay
01:23:32transcendentalism cheers
01:23:39metaphysics right yeah uh mostly german philosophy right yeah some greek
01:23:46philosophy
01:23:53okay
01:23:58okay friends yeah i'm kind of drunk so uh let's make transition to facebook live
01:24:02where we watch some youtube videos and make some video commentary but i'm i'm
01:24:07drunk okay yeah tomorrow tuesday i need to get back to work okay my proud future
01:24:13leaders yeah see you tomorrow thank you
01:24:21oh yeah
01:24:37um
01:24:48yeah good biology right yeah nice
01:24:54very cool
01:25:08um
01:25:20okay very cool yeah
01:25:28okay so let's make transition to facebook live and where we check out some youtube
01:25:33videos and make some video commentaries okay yeah yeah mighty proud of you future
01:25:38leaders you're amazing save the world we love peace and knowledge okay yeah
01:25:43welcome to human logic okay thank you yeah
01:25:48fantastic