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The discussions frequently emphasize the biological importance of transposable elements, mentioning their large presence in genomes, their evolutionary roles, and recent reviews that deepen understanding, with words like 'important,' 'interesting,' and 'must read' underscoring enthusiasm and scholarly engagement.
Many discussions strongly support the importance and value of understanding transposable elements, emphasizing their roles in genome evolution and function.
The discussion shows high engagement and curiosity, with references to reviews, basic primers, and ongoing research, indicating active interest.
Posts cite specific studies, recommend reviews, and comment on the biological significance, reflecting deep engagement and involvement.
The collective discourse highlights the recognition of TEs as significant components influencing genetic research and understanding evolution, showing high perceived impact.
Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et al. Two pages in and I have learned 3 new aspects of TEs I had not appreciated well enough. https://t.co/r6yDWxPi6O
Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3myj9UAk
Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://t.co/qOWOxvnUdO https://t.co/glkHjYYTmE #TExGeneReg
@DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Transposable Elements by @CedricFeschotte et al. https://t.co/CqTHNfqUFT Ten things you should know about transposable elements by @guilbourque et al. https://t.co/No7OhV2vgU
Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's ARC gene facts
en partie (mais pas que) en venant se réinsérer. Une revue simple expliquant tout ça. On va ici surtout s'intéresser au cas de figure number 8 https://t.co/zFfA6dz5yx https://t.co/9kjMjDX8Wq
The evolution of tail loss in humans and great apes is linked to genetic changes involving the TBXT gene, which may have influenced bipedalism. This video explores the role of transposable elements, such as Alu…
This video discusses the impact of mutations on protein structure, cancer development related to genetic changes, and the processes involved in DNA repair, preservation, and genome evolution, including studies on…
This video explores the evolution of retroviruses and transposons, highlighting their roles in genomic evolution, function, and disease. It discusses core properties and interactions of transposable elements within…
Barry Desborough discusses evidence of evolution via endogenous retroviruses and transposable elements, highlighting their significance in genomes and their roles in evolution, function, and disease, supported by…
Transposable elements are significant parts of eukaryotic genomes. Advances in genomics reveal their diverse activities, highlighting their importance in evolution, function, and disease. This video explores their core…
Transposable elements are significant parts of eukaryotic genomes. Advances in genomics reveal their diverse activities, prompting a reevaluation of their biological importance. The video explains core properties and…
Transposable elements are significant parts of eukaryotic genomes with diverse roles in evolution, function, and disease. Advances in genomics have highlighted their biological importance, prompting a reevaluation of…
@HomerSilvi59480 @blosum62 @CedricFeschotte @sylviaandbu You could try this review out as a starting point! https://t.co/J7rGbwu6g9
RT @sciApril: I was literally just thinking the other day how I peaked in creativity when I made this parody prescription drug commercial t…
RT @sciApril: I was literally just thinking the other day how I peaked in creativity when I made this parody prescription drug commercial t…
I was literally just thinking the other day how I peaked in creativity when I made this parody prescription drug commercial to describe the "side effects" of ALU watch the full video we made featuring this awesome research https://t.co/eBsvHtMdHv https://t.co/R9lUThIXXc https://t.co/FqJV4rds8g
RT @arash_stardust: https://t.co/WNGOBqZ8lO
@KateClancy I "discovered" them recently too, thanks to an unexpected direction taken by research in my group
https://t.co/WNGOBqZ8lO
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
RT @artofbiology: Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3…
Ten things you should know about transposable elements | Review | Genome Biology https://t.co/RN6xRy0YKx https://t.co/DP3myj9UAk
“In maize, where Barbara McClintock did her seminal work, an astonishing 60 to 70% of the genome is comprised of LTR retrotransposons, many of which are unique to this species or its close wild relatives.” (LTRs = long terminal repeats). https://t.co/hie8beDgxH
“TEs occupy a substantial portion of the genome of a species, including a large fraction of the DNA unique to that species.” (TE = Transposable elements). https://t.co/hie8beDgxH
Junk DNA. “Regardless of the semantics, what evidence is needed to assign a TE with a function? Many TEs encode a wide range of biochemical activities that normally benefit their own propagation.” (TE = Transposable elements). https://t.co/hie8beCII9
Junk DNA. “TEs make up the vast majority of what is often referred to as ‘junk DNA’. Today, the term is mostly used (and abused) by the media, but it has in fact deep roots in evolutionary biology.” (TE = Transposable elements). https://t.co/hie8beDgxH
Genomic ecosystem. “These interactions encompass processes familiar to ecologists, such as parasitism, cooperation, and competition.” (TE = Transposable elements). https://t.co/hie8beCII9
“The genome may be viewed as an ecosystem inhabited by diverse communities of TEs, which seek to propagate and multiply through sophisticated interactions with each other and with other components of the cell.” (TE = Transposable elements). https://t.co/hie8beDgxH
Immense diversity. “As a result of their deep evolutionary origins and continuous diversification, TEs come in a bewildering variety of forms and shapes.” (TE = Transposable elements). https://t.co/hie8beCII9
The background: roughly one base out of 3 in our genomes belongs to either an Alu or L1 repeat element. These are retrotransposons involved in a lot of cool things, here's an excellent primer if you want to know more about transposable elements (-17) https://t.co/Ar1S9unet3
RT @MtnScience: (1) Let’s embrace RE biology. Seek to understand their interesting and diverse roles in genome biology. Many excellent, acc…
(1) Let’s embrace RE biology. Seek to understand their interesting and diverse roles in genome biology. Many excellent, accessible reviews exist and more RE literacy will no doubt improve RE science. Here’s a nice review in @GenomeBiology to check out. https://t.co/b6mMRFVOEX
https://t.co/sfQHGanllp
bioZone is N subs away from 1k! Where N = approximate percentage of your DNA made up of the repeating Alu sequence
Finally, @MollyHammell contributed to one of my all-time favourite TE introductory reviews, together with the crème de la crème researchers in the field.” https://t.co/2kiDDyYuYs
RT @StaggAlix:
RT @evivyop: en partie (mais pas que) en venant se réinsérer. Une revue simple expliquant tout ça. On va ici surtout s'intéresser au cas de…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
RT @thebiozone: Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's AR…
Check out our new video on moving DNA and how our own DNA acts like a virus inspired by @FactsMachinePod and @_emcosta's ARC gene facts
https://t.co/sfQHGanllp
Ten things to keep in mind when talking/using transposons https://t.co/UpMXWmkuSR
10 things you should know about transposons #DNA https://t.co/mFiT6lrCTp https://t.co/75BdFdzPf5
RT @ChromatinHaiku: Eukaryotic Transposable elements 10 things you should know #ChromatinHaiku #Review https://t.co/LSDiiFrwAp https://t.c…
https://t.co/oslGIEimcJ BiologicVersionTaleb'sAntiFragile/ParadigmJustNow VisibleLearningFrHist/LongitudinalismExplainedFood InclStraightM/StrFDistrbnG-S SameDynamicSliding Scale/MoreDirePointG-S https://t.co/K9rOm6jwWm MineIncorporatesUncertainty&Threshold https://t.co/EZfqNBMwlH
4/18 The first order of business is a crash course on transposons. Ready... Set... GO! ➡️There are two major classes. ➡️Only class II retrotransposons are active in humans. ➡️They’re an extensive source of mutation. Check out this article to learn more. https://t.co/74jSX1kOiQ
RT @JacksonWheat1: "Genetic Change": https://t.co/0lsNxyqiqF
RT @JacksonWheat1: "Genetic Change": https://t.co/0lsNxyqiqF
RT @JacksonWheat1: "Genetic Change": https://t.co/0lsNxyqiqF
"Genetic Change": https://t.co/0lsNxyqiqF
RT @alexander_suh: @DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Tran…
RT @alexander_suh: @DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Tran…
RT @alexander_suh: @DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Tran…
RT @DarrenObbard: @SuseJohnston @texasrulz1 Or: [Short] Ten things you should know about transposable elements https://t.co/mCazFBzA2G [Lon…
RT @DarrenObbard: @SuseJohnston @texasrulz1 Or: [Short] Ten things you should know about transposable elements https://t.co/mCazFBzA2G [Lon…
@SuseJohnston @texasrulz1 Or: [Short] Ten things you should know about transposable elements https://t.co/mCazFBzA2G [Long] A Field Guide to Eukaryotic Transposable Elements https://t.co/zcQQmBXdcg [Less molecular] The ecology of the genome- mobile DNA elements and their hosts https://t.co/4cNExdOaX3
RT @alexander_suh: @DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Tran…
RT @alexander_suh: @DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Tran…
@DickMerrill @SuseJohnston Two of my favorite reading primers on #transposon research: A Field Guide to Eukaryotic Transposable Elements by @CedricFeschotte et al. https://t.co/CqTHNfqUFT Ten things you should know about transposable elements by @guilbourque et al. https://t.co/No7OhV2vgU
@azav Transposable elements. If you are interested, here is a brief introduction: https://t.co/zgQbQwZRlZ
en partie (mais pas que) en venant se réinsérer. Une revue simple expliquant tout ça. On va ici surtout s'intéresser au cas de figure number 8 https://t.co/zFfA6dz5yx https://t.co/9kjMjDX8Wq
This review in Genome Biology is a good starting point. Ten things you should know about transposable elements https://t.co/sEl8B6XHKj Enjoy!
@DrDM17 @HyogaKagami @MemesDnd I haven't worked much with TEs since CRISPRCas9 though so I admit not too be an expert. I was taught about junk DNA and selfish genes until it was discovered that 90% actually has function and purpose. Link to interesting paper below https://t.co/0Lul2x03K7
#Evolutionsbeweis durch endogene #Retroviren und #Transposons https://t.co/rTYY6LH75y via @YouTube
@methylnick Definitely. Even for TE we have not understood much https://t.co/74GJJXaJ0u
@jrossibarra @DamonLisch @GonzalezLab_BCN @alexander_suh @bdelloid @sna8 @SpringerNathan @stepheniwright @Slotkin_Lab @methylcytosine @LouiseJJohnson @mcstitzer A good beginner paper, though not specific to popgen is this - or at least it's where I started https://t.co/GGH0Qqnj9F "10 things to know about Transposable Elements
https://t.co/l5CFCBGIe7
RT @rnomics: Ten things you should know about transposable elements https://t.co/P4TWOGCY7u #chromatinhaiku
#MCB3023S For your entertainment: https://t.co/HCfrGqLPwN
@ekogaia @edrybicki @Resourceful1942 @KHefferon @Olivefarmer @nick_saik @Kenn_QBE @stuartsmyth66 @peterdoodes @HomegrownJoan @cybertenchi @robles_jdaniel @foodscibabe @TaraBarger @OrganicValley @fairlife @USDA @CFSTrueFood @AdaptableFarmer @GMOFreeUSA @JodiKoberinski @kavn @US_FDA @GovCanHealth @GMWatch @thefoodbabe @thackerpd @EricLiptonNYT @nntaleb @normonics @DrKristieLeong @va_shiva @LeeCamp @LillyPad @RobynOBrienUSA @trevorcharles @Elanco @kenjaques @mbalter @cenkuygur @uniaoquimica @AugustaEDA @baumhedlund @food_democracy @spiritstalker @_ACBIO @Biowatch_SA @routetofood @FoodSovereignGH @iwacuinfo Tell me this is not genetic engineering https://t.co/sztSYRjLf6 Ten things you should know about transposable elements
RT @Epigenomica_mx: 10 cosas que deberian saber de los #transposones, recuerden que estos forman mas del 50% de algunos genomas incluyendo…
RT @Epigenomica_mx: 10 cosas que deberian saber de los #transposones, recuerden que estos forman mas del 50% de algunos genomas incluyendo…
RT @Epigenomica_mx: 10 cosas que deberian saber de los #transposones, recuerden que estos forman mas del 50% de algunos genomas incluyendo…
RT @Epigenomica_mx: 10 cosas que deberian saber de los #transposones, recuerden que estos forman mas del 50% de algunos genomas incluyendo…
10 cosas que deberian saber de los #transposones, recuerden que estos forman mas del 50% de algunos genomas incluyendo el humano! gran revisión!!!!! Ten things you should know about transposable elements https://t.co/p8TwpMba9n
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @CedricFeschotte: 10 Things You Should Know About #Transposons A collective piece emerged from brainstorming with a fantastic bunch...…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
RT @robin_andersson: Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://…
Guillaume Bourque starts the transposon Bioinformatics session with highlighting recent reviews from his lab: https://t.co/qOWOxvnUdO https://t.co/glkHjYYTmE #TExGeneReg
RT @CedricFeschotte: 10 Things You Should Know About #Transposons A collective piece emerged from brainstorming with a fantastic bunch...…
RT @ilyavkirov: Hot and incredibly interesting review on #transposon elements from @CedricFeschotte: Ten things you should know about trans…
https://t.co/zhkbjwCYan
RT @CedricFeschotte: 10 Things You Should Know About #Transposons A collective piece emerged from brainstorming with a fantastic bunch...…
RT @SharonShle: Bookmark this one: Ten things you should know about transposable elements https://t.co/tPkP8aX7fE
RT @SharonShle: Bookmark this one: Ten things you should know about transposable elements https://t.co/tPkP8aX7fE
Bookmark this one: Ten things you should know about transposable elements https://t.co/tPkP8aX7fE
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
RT @aaronquinlan: Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et…
Sunday Night Reading: Ten things you should know about transposable elements from Guillaume Bourque, @CedricFeschotte, et al. Two pages in and I have learned 3 new aspects of TEs I had not appreciated well enough. https://t.co/r6yDWxPi6O
RT @drleighellis: Ten things you should know about transposable elements | Genome Biology | Full Text https://t.co/p1wAuwkI6b
Ten things you should know about transposable elements | Genome Biology | Full Text https://t.co/p1wAuwkI6b
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