Re: [DIYbio] Collecting samples for metagenome yourself, building portfolio on GitHub

Thank you very much! Find new species and drugs and not in my original plan. Ok the last wouldn't happen, how likely one is to find a new species I don't know anything about. I was more interested in the microbial community and difference between two environments.

Then the practical to do should be collecting samples. On agar plates one would merely found cultivatable microorganisms, right? Otherwise, as said before, I'm likely to screw that up, not good at practical things.

tisdag 22 juli 2025 kl. 22:42:03 UTC+2 skrev dko...@gmail.com:
Phone sent it too fast, my bad.

Ibol.org or since you're familiar with it, you can DNA barcode most anything.  Your question of what's the point is a good one.  

Mushroom identification is a fun one.  

Besides taxonomy people see if anything they sequence is a potentially new species or strain of bacteria, and if their genome is worth exploring.   If it's a new strain, it's genome might harbour brand new secondary metabolite clusters for say, drug discovery.  The NCBI database is confusing(to me), but I've heard things like anything with a 16s of less than 98% matching could be entirely new.  

IDT does 16s for like $15 a sample, there has to be a cheap place to get PCR, clean up, and sequencing done for cheap even in Europe.  

You can even send in a petri dish with colonies and they'll pick right from the plate.  

I've heard some people use it in conjunction with iNaturalist to kind of announce finding new species in different places.  

On Tue, Jul 22, 2025, 4:35 PM Dakota Hamill <dko...@gmail.com> wrote:

Check out DNA Barcoding – International Barcode of Life https://share.google/zzdycN3eoOyPDlnI2


On Tue, Jul 22, 2025, 4:31 PM A. Ekergård <oakf...@gmail.com> wrote:

I am writing this after discussing DIY biology, or more precisely bioinformatics, with an LLM. It suggested that I should make a proof of concept for GitHub, start by sequencing 16S rRNA from two different samples, analyse and present the results on said platform. Building a portfolio that way. (I would like to point out that my ideas for samples are my own not the AIs.)

Here are my thoughts on this:

Value and credibility: Even if it were possible to implement, and sceptical I could do it myself, I usually have hybris, what would the value be to others? No one would be able to verify if I handled the tests correctly. I could even lie about the results.

Cost and logistics: Sending samples to companies that do this type of sequencing can be expensive. I live in Europe so for customs, and other reasons, it could be nice to use a European company. (Not that I do not think the Chinese or the Americans can do science.)

That's why I'm turning to you. Has anyone done something similar? What are your experiences and which companies can you recommend? Are there any specific challenges or tips you would like to share?

Thanks in advance for your answers and opinions!

PS. I kind of wrote this for Reddit but where you need "karma" to be read?

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Re: [DIYbio] Collecting samples for metagenome yourself, building portfolio on GitHub

Phone sent it too fast, my bad.

Ibol.org or since you're familiar with it, you can DNA barcode most anything.  Your question of what's the point is a good one.  

Mushroom identification is a fun one.  

Besides taxonomy people see if anything they sequence is a potentially new species or strain of bacteria, and if their genome is worth exploring.   If it's a new strain, it's genome might harbour brand new secondary metabolite clusters for say, drug discovery.  The NCBI database is confusing(to me), but I've heard things like anything with a 16s of less than 98% matching could be entirely new.  

IDT does 16s for like $15 a sample, there has to be a cheap place to get PCR, clean up, and sequencing done for cheap even in Europe.  

You can even send in a petri dish with colonies and they'll pick right from the plate.  

I've heard some people use it in conjunction with iNaturalist to kind of announce finding new species in different places.  

On Tue, Jul 22, 2025, 4:35 PM Dakota Hamill <dkotes@gmail.com> wrote:

Check out DNA Barcoding – International Barcode of Life https://share.google/zzdycN3eoOyPDlnI2


On Tue, Jul 22, 2025, 4:31 PM A. Ekergård <oakfarm78@gmail.com> wrote:

I am writing this after discussing DIY biology, or more precisely bioinformatics, with an LLM. It suggested that I should make a proof of concept for GitHub, start by sequencing 16S rRNA from two different samples, analyse and present the results on said platform. Building a portfolio that way. (I would like to point out that my ideas for samples are my own not the AIs.)

Here are my thoughts on this:

Value and credibility: Even if it were possible to implement, and sceptical I could do it myself, I usually have hybris, what would the value be to others? No one would be able to verify if I handled the tests correctly. I could even lie about the results.

Cost and logistics: Sending samples to companies that do this type of sequencing can be expensive. I live in Europe so for customs, and other reasons, it could be nice to use a European company. (Not that I do not think the Chinese or the Americans can do science.)

That's why I'm turning to you. Has anyone done something similar? What are your experiences and which companies can you recommend? Are there any specific challenges or tips you would like to share?

Thanks in advance for your answers and opinions!

PS. I kind of wrote this for Reddit but where you need "karma" to be read?

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Re: [DIYbio] Collecting samples for metagenome yourself, building portfolio on GitHub

Check out DNA Barcoding – International Barcode of Life https://share.google/zzdycN3eoOyPDlnI2


On Tue, Jul 22, 2025, 4:31 PM A. Ekergård <oakfarm78@gmail.com> wrote:

I am writing this after discussing DIY biology, or more precisely bioinformatics, with an LLM. It suggested that I should make a proof of concept for GitHub, start by sequencing 16S rRNA from two different samples, analyse and present the results on said platform. Building a portfolio that way. (I would like to point out that my ideas for samples are my own not the AIs.)

Here are my thoughts on this:

Value and credibility: Even if it were possible to implement, and sceptical I could do it myself, I usually have hybris, what would the value be to others? No one would be able to verify if I handled the tests correctly. I could even lie about the results.

Cost and logistics: Sending samples to companies that do this type of sequencing can be expensive. I live in Europe so for customs, and other reasons, it could be nice to use a European company. (Not that I do not think the Chinese or the Americans can do science.)

That's why I'm turning to you. Has anyone done something similar? What are your experiences and which companies can you recommend? Are there any specific challenges or tips you would like to share?

Thanks in advance for your answers and opinions!

PS. I kind of wrote this for Reddit but where you need "karma" to be read?

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[DIYbio] Collecting samples for metagenome yourself, building portfolio on GitHub


I am writing this after discussing DIY biology, or more precisely bioinformatics, with an LLM. It suggested that I should make a proof of concept for GitHub, start by sequencing 16S rRNA from two different samples, analyse and present the results on said platform. Building a portfolio that way. (I would like to point out that my ideas for samples are my own not the AIs.)

Here are my thoughts on this:

Value and credibility: Even if it were possible to implement, and sceptical I could do it myself, I usually have hybris, what would the value be to others? No one would be able to verify if I handled the tests correctly. I could even lie about the results.

Cost and logistics: Sending samples to companies that do this type of sequencing can be expensive. I live in Europe so for customs, and other reasons, it could be nice to use a European company. (Not that I do not think the Chinese or the Americans can do science.)

That's why I'm turning to you. Has anyone done something similar? What are your experiences and which companies can you recommend? Are there any specific challenges or tips you would like to share?

Thanks in advance for your answers and opinions!

PS. I kind of wrote this for Reddit but where you need "karma" to be read?

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[DIYbio] Re: Birthday Experiments

When I was that age, one thing I built for myself were some "alpha wave" "goggles" using a cheapie pair of sunglasses and a pair of LEDs wired (soldered) into a custom timer-potentiometer circuit.  I had to research the application notes to figure out the circuit...  Nowadays there are specific LED blinkie ICs which do it easier (ie, one chip, a couple components).  Although in other ways nowadays (like sourcing components which arent surface mount) makes building harder, but probably there are kits for such diy now too.   Anyways I had great fun with these goggles trying to "space myself out" by referencing a handy brainwave frequency chart I had dug up from somewhere.   Probably best to ensure the kids dont have epilepsy, or alternatively they will suddenly get a diagnosis the hard way.


The problem with biology experiments is that biology is slow growing.   Still, you can run an electrophoresis gel, which is readily visible over several minutes.  You can grow yeast for the CO2 to make bubbles in a beaker of food-coloring water, which is fairly silly and trivial except that all "mad scientist" movie scenes include beakers of bubbling concoctions, so it is a good rep to project for yourself 😆

Now pondering the original question I am not sure what 8-12 year olds relate to in 2025... if it is not related to Minecraft or the latest tiktok meme.

## Jonathan Cline
## jcline@ieee.org
## Mobile: +1-805-617-0223
########################

On Monday, July 21, 2025 at 3:37:30 PM UTC-7 dko...@gmail.com wrote:
Hoping Simon is still around (I forget your website?).  

I volunteered at first in jest to do some simple experiments at a friend's kids birthday party, but the kids holding me to it!

I know making slime from glue and borax and elephant toothpaste with hydrogen peroxide and yeast is pretty common, so I was seeing if anyone else had any success with public type experiments that might be interesting for 8-12 year olds. 

Yes there is google and youtube but, feedback from people that have done things that worked consistently or were extra fun would be appreciated.

Also hoping for some physics experiments as well, not just Chemistry.  I remember Simon had some interesting kits years ago and if that's still around send me the link!

Thanks, Dakota

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Re: [DIYbio] Birthday Experiments

Thank you, both replies were great.  I'll grab some dry ice for sure good reminder.

I'll send you an email later Simon.  I'll buy some old inventory if you have it.   I do want some magnets to drop in a copper pipe. 


On Mon, Jul 21, 2025, 8:46 PM Chris Santos-Lang <langchri@gmail.com> wrote:
When I was 10, I loved sparklers and dry-ice...

For physics, this blows my mind (but equipment is difficult): https://www.youtube.com/watch?v=fjqKv6x8uyc
Center of gravity can be impressive too: https://www.youtube.com/watch?v=BTgNTYy-sXQ

You can also go into math...

I hope those help

Best Wishes,

Chris

Chris Santos-Lang
218 W Church Street
Belleville, WI, USA  53508
cell: (920) 747-0335


On Mon, Jul 21, 2025 at 5:37 PM Dakota Hamill <dkotes@gmail.com> wrote:
Hoping Simon is still around (I forget your website?).  

I volunteered at first in jest to do some simple experiments at a friend's kids birthday party, but the kids holding me to it!

I know making slime from glue and borax and elephant toothpaste with hydrogen peroxide and yeast is pretty common, so I was seeing if anyone else had any success with public type experiments that might be interesting for 8-12 year olds. 

Yes there is google and youtube but, feedback from people that have done things that worked consistently or were extra fun would be appreciated.

Also hoping for some physics experiments as well, not just Chemistry.  I remember Simon had some interesting kits years ago and if that's still around send me the link!

Thanks, Dakota

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Re: [DIYbio] Birthday Experiments

When I was 10, I loved sparklers and dry-ice...

For physics, this blows my mind (but equipment is difficult): https://www.youtube.com/watch?v=fjqKv6x8uyc
Center of gravity can be impressive too: https://www.youtube.com/watch?v=BTgNTYy-sXQ

You can also go into math...

I hope those help

Best Wishes,

Chris

Chris Santos-Lang
218 W Church Street
Belleville, WI, USA  53508
cell: (920) 747-0335


On Mon, Jul 21, 2025 at 5:37 PM Dakota Hamill <dkotes@gmail.com> wrote:
Hoping Simon is still around (I forget your website?).  

I volunteered at first in jest to do some simple experiments at a friend's kids birthday party, but the kids holding me to it!

I know making slime from glue and borax and elephant toothpaste with hydrogen peroxide and yeast is pretty common, so I was seeing if anyone else had any success with public type experiments that might be interesting for 8-12 year olds. 

Yes there is google and youtube but, feedback from people that have done things that worked consistently or were extra fun would be appreciated.

Also hoping for some physics experiments as well, not just Chemistry.  I remember Simon had some interesting kits years ago and if that's still around send me the link!

Thanks, Dakota

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Re: [DIYbio] Birthday Experiments

The website is still around: https://scitoys.com
I shut down the catalog business a while back, so I'm no longer selling anything, but most of the projects can be made with stuff in your kitchen or garage.

I've found the heat engines are a favorite of that age group -- match rockets, steamboats, etc.
The solar projects are also a hit.

If you need some really powerful magnets, drop by the farm:
19395 Montevina Road
Los Gatos, CA 95033
or

I have some inventory left. Especially hundreds of the steamboats.
Free.



On Mon, Jul 21, 2025 at 3:37 PM Dakota Hamill <dkotes@gmail.com> wrote:
Hoping Simon is still around (I forget your website?).  

I volunteered at first in jest to do some simple experiments at a friend's kids birthday party, but the kids holding me to it!

I know making slime from glue and borax and elephant toothpaste with hydrogen peroxide and yeast is pretty common, so I was seeing if anyone else had any success with public type experiments that might be interesting for 8-12 year olds. 

Yes there is google and youtube but, feedback from people that have done things that worked consistently or were extra fun would be appreciated.

Also hoping for some physics experiments as well, not just Chemistry.  I remember Simon had some interesting kits years ago and if that's still around send me the link!

Thanks, Dakota

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[DIYbio] Birthday Experiments

Hoping Simon is still around (I forget your website?).  

I volunteered at first in jest to do some simple experiments at a friend's kids birthday party, but the kids holding me to it!

I know making slime from glue and borax and elephant toothpaste with hydrogen peroxide and yeast is pretty common, so I was seeing if anyone else had any success with public type experiments that might be interesting for 8-12 year olds. 

Yes there is google and youtube but, feedback from people that have done things that worked consistently or were extra fun would be appreciated.

Also hoping for some physics experiments as well, not just Chemistry.  I remember Simon had some interesting kits years ago and if that's still around send me the link!

Thanks, Dakota

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[DIYbio] Almost a book review here

This book is considerably miss-titled. "Biotechnology for Beginners" is a very good, near referencey like paper book, as below.

I can't really account for the horror of the title, except: "Publisher kicked my ass, they forced me". And it's a translitteration from a cute German title which certainly is more accurate to the native reader.

Republished copy i have is Year: 2023, Third addition. Liberally illustrated, 450 page faces "trade sized".

The collaboration is a 50/50 mix of "how this thing came to be" and actual technology of biochem as applied to direct human desires. This is:

VERY DIVERGENT from the usual "Nearly Pissed myself, this is so exciting, nothing else in life matters". The usual sub story concept in these books.

This leans into the technology as opposed to the science of decades of biotech innovations and people. It is unusually short of lexicons of support material, and as a published work has significant flaws. But also unusual scope. I mean, attention to fixes for heart attacks and strokes, dying textiles, Vet and phama, but not obsessed with who got there billion and who didn't...

It's a fine mix of pure overview of what causes what in the real world, interesting interactions on cells, and 'other'.

The slight miss in it as a published item saddens me slightly. So much excellence, with a few glaring design errors. I smell a "MAKE IT SELL BY THE NUMBERS" editor someplace, I mean, a hidden boss in the back office.

However, I am very sure it has revealed facts of all sorts you don't know. Getting projects out of the > 1mg wetlab and into the 2000 L tank has a lot of things-to-do besides line up for a Nobel prize.

Biotechnology for Beginners

  • Publisher ‏ : ‎ Academic Press
  • Publication date ‏ : ‎ Feb. 8 2023
  • Edition ‏ : ‎ 3rd
  • Language ‏ : ‎ English
  • Print length ‏ : ‎ 474 pages
  • ISBN-10 ‏ : ‎ 0323855695
  • ISBN-13 ‏ : ‎ 978-0323855693
  • Dimensions ‏ : ‎ 21.59 x 2.29 x 27.69 cm

My option is: a FINE item, serious, interesting an well written. If you decide to jump in with cohorts and write a book, if you like you might benefit from my bag-o-rocks on it as a finished item. Say it here.

BLURBS all heavy pant: "GREAT SALES", etc no surprise. I'm not super interested in that. Worth a library borrow or a bookstore buy. the real allocation is your attention span, which will likely take a fine, full hookup for a sizable portion of it.

Regards,
Daniel B. Kolis



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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

I would think all these sexy pseudo humanitarian projects would benefit from a post mortem when the evaporate into nothingness.

It's fairly likely there existence, though not sustained often has some non-trivial utility. When one flops back to "training for the young, etc" its fairly apparent this is a segway to not existing. Yet, that is: stand alone a worthwhile goal. IGEM is hugely in that camp.

Reality is messy, and so are a little string of molecules than enable life. Some somewhat similar organisational stuffs include:

 Gavi, the Vaccine Alliance, the Coalition for Epidemic Preparedness Innovations (CEPI)

All these, even GHDDI ( Side project of Bill Gates, more or less ), have this science + goodwill glossy story, but when the reality kicks in, are hard to map-up, sustain, defend functionally. Not just pay for, but simply to do on an ongoing basis...


But the best way to do a needy thing if you get away with it, is start with a copy of something that works, that is documented, and complete. Often that is a the notion to wait HH:MM:SS for patents to expire and do it for any other purpose, for many of these sorts of endeavours.  SO, you might think goodwill for the human experience for some i fit just says to hugely reduce the timeframe for patents. and frustrate rolling them over with mini-lies. 

Big DUNNO at my end of the whole thing. 

Id open source similiar, IE github ? Most of these snagged chucnks of code 'OH FOR FREE' are useless as-is almost, but many launch something that works significantly, benefits somebody, anyway. Or well, works and the head start matters.

Maybe the expectations at the receiving end are as much of a problem as the slightly underbaked stuffs in the offerings.

Daniel B. Kolis
04 Jul 2025


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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

Free Genes was/is a sweet idea. I still wish anyone could get an iGEM distribution kit.  Still seems locked behind institutional access. 

On Thu, Jul 3, 2025 at 2:58 PM Dan Kolis <dankolis@gmail.com> wrote:
My perception ( could be considerably wrong ) was the base notion was not quite viable enough to have momentum.

things wrong:

1) Sticky versus wet ends meant lots of modules didn't really concatinate well.

2) Baseline back stove notion is "proteins are like flip flops", is just simply untrue enough descriptions of functions don't work most of the time

Those may be 'just two things wrong' but there big things.

Corrections or so on to poke in here is valuable. I mean the idea in principle is pretty yummy.


Regs,
Daniel B. Kolis
03 Jul 2025

On Thursday, July 3, 2025 at 2:10:02 PM UTC-4 Koeng wrote:
Yeah I still operate in this area. Took like 2-3 years off though to go cofound a different company in robotics, but back at it.

Nowadays I'm making some open source part toolkits from oligo pools (got a quite good oligo assembly method) myself. Synthesis is kinda cheap if you go to pools. These are my latest designs I designed over a couple days:

Roughly 175 parts, but definitely gonna be making more soon.

.
├── bsub
│   ├── BsubPars.md
│   ├── DS_amyE.md
│   ├── DS_glmS.md
│   ├── DS_lacA.md
│   ├── DS_sigF.md
│   ├── DS_thrC.md
│   ├── DS_yhgE.md
│   ├── DS_yrbD.md
│   ├── P3P.md
│   ├── P43.md
│   ├── P_J23101.md
│   ├── PlepA.md
│   ├── PliaG.md
│   ├── PliaI.md
│   ├── Pman_manR.md
│   ├── Pmtl-short.md
│   ├── Ptet_tetR.md
│   ├── Pveg.md
│   ├── PxylA.md
│   ├── PxylA_xylR.md
│   ├── TO_pE194ts.md
│   ├── TO_pHT315.md
│   ├── US_amyE.md
│   ├── US_glmS.md
│   ├── US_lacA.md
│   ├── US_sigF.md
│   ├── US_thrC.md
│   ├── US_yhgE.md
│   ├── US_yrbD.md
│   ├── camR-Bsub.md
│   ├── eryR-Bsub.md
│   ├── kanR-Bsub.md
│   ├── pAMbeta1.md
│   ├── pBM300.md
│   ├── pBS72.md
│   ├── pCG1.md
│   ├── pCM66.md
│   ├── pGRB1.md
│   ├── pIP404.md
│   ├── pLS20.md
│   ├── pMK3.md
│   ├── pMTLB.md
│   ├── pMflST.md
│   ├── pNG168.md
│   ├── pSK41.md
│   └── spcR-Bsub.md
├── kmax
│   ├── ARS1.md
│   ├── ISceI_Kmax.md
│   ├── OpenCRISPR_yeast.md
│   ├── PARS1.md
│   ├── PIN450v2_promoter.md
│   └── ntag_INU1.md
├── mtk
│   ├── MTK2_001.backup
│   ├── MTK2_003.backup
│   ├── MTK2_004.md
│   ├── MTK2_005.md
│   ├── MTK2_006.md
│   ├── MTK2_007.md
│   ├── MTK2_008.backup
│   ├── MTK2_009.md
│   ├── MTK2_012.md
│   ├── MTK2_013.md
│   ├── MTK2_014.backup
│   ├── MTK2_015.md
│   ├── MTK2_016.md
│   ├── MTK2_017.md
│   ├── MTK2_018.md
│   ├── MTK2_019.md
│   ├── MTK2_020.md
│   ├── MTK2_021.md
│   ├── MTK2_022.md
│   ├── MTK2_023.md
│   ├── MTK2_024.md
│   ├── MTK2_025.md
│   ├── MTK2_026.md
│   └── blank.md
├── other
│   └── green_smutans.md
├── pichia
│   ├── EGFP_Pp.md
│   ├── PARS.md
│   ├── Pichia_Bxb1.md
│   ├── RFP_Pp.md
│   ├── enzymes
│   │   ├── BbsIA_Pp.md
│   │   ├── BbsIB_Pp.md
│   │   ├── BsaI_Pp.md
│   │   ├── BtgZI_Pp.md
│   │   ├── Esp3I_Pp.md
│   │   ├── GFP11_Pp.md
│   │   ├── GFP1_10_Pp.md
│   │   ├── OpenTn5_Pp.md
│   │   ├── PNK_Pp.md
│   │   ├── PfuSso7d_Pp.md
│   │   ├── RKOD_Pp.md
│   │   ├── T5exo_Pp.md
│   │   ├── T7RNAp_Pp.md
│   │   ├── T7endoI_Pp.md
│   │   ├── TaqLigase_Pp.md
│   │   ├── TaqPolymerase_Pp.md
│   │   ├── phi29_Pp.md
│   │   └── phiBT1int_Pp.md
│   ├── ntag1_2
│   │   ├── CtUlp1_Ec.md
│   │   ├── ntag1_pichia_alphaAmylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMF.md
│   │   ├── ntag1_pichia_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMFDelta_noKex.md
│   │   ├── ntag1_pichia_alphaMF_noEAEA.md
│   │   ├── ntag1_pichia_glucoamylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_inulinase_alphaMFDelta.md
│   │   ├── ntag1_pichia_invertase_alphaMFDelta.md
│   │   ├── ntag1_pichia_killer_alphaMFDelta.md
│   │   ├── ntag1_pichia_serumalbumin_alphaMFDelta.md
│   │   ├── ntag2_gfp11_cbm3_sumo.md
│   │   └── ntag2_mCherry_sumo.md
│   ├── ntag_pichia_alphaAmylase_alphaMFDelta.md
│   ├── ntag_pichia_alphaMF.md
│   ├── ntag_pichia_alphaMFDelta.md
│   ├── ntag_pichia_alphaMFDelta_noKex.md
│   ├── ntag_pichia_alphaMF_noEAEA.md
│   ├── ntag_pichia_glucoamylase_alphaMFDelta.md
│   ├── ntag_pichia_inulinase_alphaMFDelta.md
│   ├── ntag_pichia_invertase_alphaMFDelta.md
│   ├── ntag_pichia_killer_alphaMFDelta.md
│   ├── ntag_pichia_serumalbumin_alphaMFDelta.md
│   ├── pAOX1_promoter.md
│   ├── pENO1_promoter.md
│   ├── pTPI1_promoter.md
│   ├── tAOX1_terminator.md
│   └── tAOX1_terminator_ctag.md
└── yeast
    ├── 2micron.md
    ├── ALD6_promoter.md
    ├── CCW12_promoter.md
    ├── CEN_ARS.md
    ├── CUP1_promoter.md
    ├── GAL1_promoter.md
    ├── HHF1_promoter.md
    ├── HHF2_promoter.md
    ├── HIS3.md
    ├── HTB2_promoter.md
    ├── HygromycinR.md
    ├── KanamycinR.md
    ├── LEU2.md
    ├── MFA1_promoter.md
    ├── MFalpha2_promoter.md
    ├── NourseothricinR.md
    ├── PAB1_promoter.md
    ├── PGK1_promoter.md
    ├── POP6_promoter.md
    ├── PSP2_promoter.md
    ├── RAD27_promoter.md
    ├── RET2_promoter.md
    ├── REV1_promoter.md
    ├── RNR1_promoter.md
    ├── RNR2_promoter.md
    ├── RPL18B_promoter.md
    ├── SAC6_promoter.md
    ├── SceI_Scere.md
    ├── TDH3_promoter.md
    ├── TEF1_promoter.md
    ├── TEF2_promoter.md
    ├── URA3.md
    ├── Venus_Scere.md
    ├── Venus_Scere_GRAStag.md
    ├── ZeocinR.md
    ├── mRuby_Scere.md
    ├── mRuby_Scere_GRAStag.md
    ├── mTurquoise2_Scere.md
    ├── mTurquoise2_Scere_GRAStag.md
    ├── tADH1_terminator.md
    ├── tADH1_terminator_ctag.md
    ├── tENO1_terminator.md
    ├── tENO1_terminator_ctag.md
    ├── tENO2_terminator.md
    ├── tENO2_terminator_ctag.md
    ├── tPGK1_terminator.md
    ├── tPGK1_terminator_ctag.md
    ├── tSSA1_terminator.md
    ├── tSSA1_terminator_ctag.md
    ├── tTDH1_terminator.md
    └── tTDH1_terminator_ctag.md

On Thu, Jul 3, 2025 at 12:48 PM openbioscience <openbio...@gmail.com> wrote:
Last time I checked there was a message that FreeGenes deliveries were on hold due to resource unavailability.
Pitty. 
Keoni Gandall carried the torch for a while but I'm not sure if he still operates in this area because I have not heard about his recent activities.
I have some of the constructs but I had some issues with the fridge so I'm not sure if they are still viable.



On Thu, Jul 3, 2025 at 10:38 AM Koeng <koen...@gmail.com> wrote:
it dead I guess

On Thursday, July 3, 2025 at 4:31:46 AM UTC-5 Dorif wrote:
Hey, guys, what's happening with project site? It just redirects at some Turkish online game shop now. What the hell is going on there???

четверг, 19 января 2023 г. в 18:57:28 UTC+2, dank...@gmail.com:
The book "DIY Scientists Hack the Software of Life" is breezy and full of DIY stories not much technology or science really.

2011 Marcus Wohlsen

Well written from an entertainment point of view. but lots of the little side projects and people stories are interesting enough. I'd say worth a lib lend for sure. I happily Borrowed a paper copy from Toronto's bizarrely well equipt public library.


Lots of San Fran, NYC and Boston in this book of course.

And so it goes,
 
Daniel B. Kolis

my ref: Jan 2023,  https://groups.google.com/g/diybio/c/X7S8oFe1CPc. nafl, DIY


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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

My perception ( could be considerably wrong ) was the base notion was not quite viable enough to have momentum.

things wrong:

1) Sticky versus wet ends meant lots of modules didn't really concatinate well.

2) Baseline back stove notion is "proteins are like flip flops", is just simply untrue enough descriptions of functions don't work most of the time

Those may be 'just two things wrong' but there big things.

Corrections or so on to poke in here is valuable. I mean the idea in principle is pretty yummy.


Regs,
Daniel B. Kolis
03 Jul 2025

On Thursday, July 3, 2025 at 2:10:02 PM UTC-4 Koeng wrote:
Yeah I still operate in this area. Took like 2-3 years off though to go cofound a different company in robotics, but back at it.

Nowadays I'm making some open source part toolkits from oligo pools (got a quite good oligo assembly method) myself. Synthesis is kinda cheap if you go to pools. These are my latest designs I designed over a couple days:

Roughly 175 parts, but definitely gonna be making more soon.

.
├── bsub
│   ├── BsubPars.md
│   ├── DS_amyE.md
│   ├── DS_glmS.md
│   ├── DS_lacA.md
│   ├── DS_sigF.md
│   ├── DS_thrC.md
│   ├── DS_yhgE.md
│   ├── DS_yrbD.md
│   ├── P3P.md
│   ├── P43.md
│   ├── P_J23101.md
│   ├── PlepA.md
│   ├── PliaG.md
│   ├── PliaI.md
│   ├── Pman_manR.md
│   ├── Pmtl-short.md
│   ├── Ptet_tetR.md
│   ├── Pveg.md
│   ├── PxylA.md
│   ├── PxylA_xylR.md
│   ├── TO_pE194ts.md
│   ├── TO_pHT315.md
│   ├── US_amyE.md
│   ├── US_glmS.md
│   ├── US_lacA.md
│   ├── US_sigF.md
│   ├── US_thrC.md
│   ├── US_yhgE.md
│   ├── US_yrbD.md
│   ├── camR-Bsub.md
│   ├── eryR-Bsub.md
│   ├── kanR-Bsub.md
│   ├── pAMbeta1.md
│   ├── pBM300.md
│   ├── pBS72.md
│   ├── pCG1.md
│   ├── pCM66.md
│   ├── pGRB1.md
│   ├── pIP404.md
│   ├── pLS20.md
│   ├── pMK3.md
│   ├── pMTLB.md
│   ├── pMflST.md
│   ├── pNG168.md
│   ├── pSK41.md
│   └── spcR-Bsub.md
├── kmax
│   ├── ARS1.md
│   ├── ISceI_Kmax.md
│   ├── OpenCRISPR_yeast.md
│   ├── PARS1.md
│   ├── PIN450v2_promoter.md
│   └── ntag_INU1.md
├── mtk
│   ├── MTK2_001.backup
│   ├── MTK2_003.backup
│   ├── MTK2_004.md
│   ├── MTK2_005.md
│   ├── MTK2_006.md
│   ├── MTK2_007.md
│   ├── MTK2_008.backup
│   ├── MTK2_009.md
│   ├── MTK2_012.md
│   ├── MTK2_013.md
│   ├── MTK2_014.backup
│   ├── MTK2_015.md
│   ├── MTK2_016.md
│   ├── MTK2_017.md
│   ├── MTK2_018.md
│   ├── MTK2_019.md
│   ├── MTK2_020.md
│   ├── MTK2_021.md
│   ├── MTK2_022.md
│   ├── MTK2_023.md
│   ├── MTK2_024.md
│   ├── MTK2_025.md
│   ├── MTK2_026.md
│   └── blank.md
├── other
│   └── green_smutans.md
├── pichia
│   ├── EGFP_Pp.md
│   ├── PARS.md
│   ├── Pichia_Bxb1.md
│   ├── RFP_Pp.md
│   ├── enzymes
│   │   ├── BbsIA_Pp.md
│   │   ├── BbsIB_Pp.md
│   │   ├── BsaI_Pp.md
│   │   ├── BtgZI_Pp.md
│   │   ├── Esp3I_Pp.md
│   │   ├── GFP11_Pp.md
│   │   ├── GFP1_10_Pp.md
│   │   ├── OpenTn5_Pp.md
│   │   ├── PNK_Pp.md
│   │   ├── PfuSso7d_Pp.md
│   │   ├── RKOD_Pp.md
│   │   ├── T5exo_Pp.md
│   │   ├── T7RNAp_Pp.md
│   │   ├── T7endoI_Pp.md
│   │   ├── TaqLigase_Pp.md
│   │   ├── TaqPolymerase_Pp.md
│   │   ├── phi29_Pp.md
│   │   └── phiBT1int_Pp.md
│   ├── ntag1_2
│   │   ├── CtUlp1_Ec.md
│   │   ├── ntag1_pichia_alphaAmylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMF.md
│   │   ├── ntag1_pichia_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMFDelta_noKex.md
│   │   ├── ntag1_pichia_alphaMF_noEAEA.md
│   │   ├── ntag1_pichia_glucoamylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_inulinase_alphaMFDelta.md
│   │   ├── ntag1_pichia_invertase_alphaMFDelta.md
│   │   ├── ntag1_pichia_killer_alphaMFDelta.md
│   │   ├── ntag1_pichia_serumalbumin_alphaMFDelta.md
│   │   ├── ntag2_gfp11_cbm3_sumo.md
│   │   └── ntag2_mCherry_sumo.md
│   ├── ntag_pichia_alphaAmylase_alphaMFDelta.md
│   ├── ntag_pichia_alphaMF.md
│   ├── ntag_pichia_alphaMFDelta.md
│   ├── ntag_pichia_alphaMFDelta_noKex.md
│   ├── ntag_pichia_alphaMF_noEAEA.md
│   ├── ntag_pichia_glucoamylase_alphaMFDelta.md
│   ├── ntag_pichia_inulinase_alphaMFDelta.md
│   ├── ntag_pichia_invertase_alphaMFDelta.md
│   ├── ntag_pichia_killer_alphaMFDelta.md
│   ├── ntag_pichia_serumalbumin_alphaMFDelta.md
│   ├── pAOX1_promoter.md
│   ├── pENO1_promoter.md
│   ├── pTPI1_promoter.md
│   ├── tAOX1_terminator.md
│   └── tAOX1_terminator_ctag.md
└── yeast
    ├── 2micron.md
    ├── ALD6_promoter.md
    ├── CCW12_promoter.md
    ├── CEN_ARS.md
    ├── CUP1_promoter.md
    ├── GAL1_promoter.md
    ├── HHF1_promoter.md
    ├── HHF2_promoter.md
    ├── HIS3.md
    ├── HTB2_promoter.md
    ├── HygromycinR.md
    ├── KanamycinR.md
    ├── LEU2.md
    ├── MFA1_promoter.md
    ├── MFalpha2_promoter.md
    ├── NourseothricinR.md
    ├── PAB1_promoter.md
    ├── PGK1_promoter.md
    ├── POP6_promoter.md
    ├── PSP2_promoter.md
    ├── RAD27_promoter.md
    ├── RET2_promoter.md
    ├── REV1_promoter.md
    ├── RNR1_promoter.md
    ├── RNR2_promoter.md
    ├── RPL18B_promoter.md
    ├── SAC6_promoter.md
    ├── SceI_Scere.md
    ├── TDH3_promoter.md
    ├── TEF1_promoter.md
    ├── TEF2_promoter.md
    ├── URA3.md
    ├── Venus_Scere.md
    ├── Venus_Scere_GRAStag.md
    ├── ZeocinR.md
    ├── mRuby_Scere.md
    ├── mRuby_Scere_GRAStag.md
    ├── mTurquoise2_Scere.md
    ├── mTurquoise2_Scere_GRAStag.md
    ├── tADH1_terminator.md
    ├── tADH1_terminator_ctag.md
    ├── tENO1_terminator.md
    ├── tENO1_terminator_ctag.md
    ├── tENO2_terminator.md
    ├── tENO2_terminator_ctag.md
    ├── tPGK1_terminator.md
    ├── tPGK1_terminator_ctag.md
    ├── tSSA1_terminator.md
    ├── tSSA1_terminator_ctag.md
    ├── tTDH1_terminator.md
    └── tTDH1_terminator_ctag.md

On Thu, Jul 3, 2025 at 12:48 PM openbioscience <openbio...@gmail.com> wrote:
Last time I checked there was a message that FreeGenes deliveries were on hold due to resource unavailability.
Pitty. 
Keoni Gandall carried the torch for a while but I'm not sure if he still operates in this area because I have not heard about his recent activities.
I have some of the constructs but I had some issues with the fridge so I'm not sure if they are still viable.



On Thu, Jul 3, 2025 at 10:38 AM Koeng <koen...@gmail.com> wrote:
it dead I guess

On Thursday, July 3, 2025 at 4:31:46 AM UTC-5 Dorif wrote:
Hey, guys, what's happening with project site? It just redirects at some Turkish online game shop now. What the hell is going on there???

четверг, 19 января 2023 г. в 18:57:28 UTC+2, dank...@gmail.com:
The book "DIY Scientists Hack the Software of Life" is breezy and full of DIY stories not much technology or science really.

2011 Marcus Wohlsen

Well written from an entertainment point of view. but lots of the little side projects and people stories are interesting enough. I'd say worth a lib lend for sure. I happily Borrowed a paper copy from Toronto's bizarrely well equipt public library.


Lots of San Fran, NYC and Boston in this book of course.

And so it goes,
 
Daniel B. Kolis

my ref: Jan 2023,  https://groups.google.com/g/diybio/c/X7S8oFe1CPc. nafl, DIY


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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

Yeah I still operate in this area. Took like 2-3 years off though to go cofound a different company in robotics, but back at it.

Nowadays I'm making some open source part toolkits from oligo pools (got a quite good oligo assembly method) myself. Synthesis is kinda cheap if you go to pools. These are my latest designs I designed over a couple days:

Roughly 175 parts, but definitely gonna be making more soon.

.
├── bsub
│   ├── BsubPars.md
│   ├── DS_amyE.md
│   ├── DS_glmS.md
│   ├── DS_lacA.md
│   ├── DS_sigF.md
│   ├── DS_thrC.md
│   ├── DS_yhgE.md
│   ├── DS_yrbD.md
│   ├── P3P.md
│   ├── P43.md
│   ├── P_J23101.md
│   ├── PlepA.md
│   ├── PliaG.md
│   ├── PliaI.md
│   ├── Pman_manR.md
│   ├── Pmtl-short.md
│   ├── Ptet_tetR.md
│   ├── Pveg.md
│   ├── PxylA.md
│   ├── PxylA_xylR.md
│   ├── TO_pE194ts.md
│   ├── TO_pHT315.md
│   ├── US_amyE.md
│   ├── US_glmS.md
│   ├── US_lacA.md
│   ├── US_sigF.md
│   ├── US_thrC.md
│   ├── US_yhgE.md
│   ├── US_yrbD.md
│   ├── camR-Bsub.md
│   ├── eryR-Bsub.md
│   ├── kanR-Bsub.md
│   ├── pAMbeta1.md
│   ├── pBM300.md
│   ├── pBS72.md
│   ├── pCG1.md
│   ├── pCM66.md
│   ├── pGRB1.md
│   ├── pIP404.md
│   ├── pLS20.md
│   ├── pMK3.md
│   ├── pMTLB.md
│   ├── pMflST.md
│   ├── pNG168.md
│   ├── pSK41.md
│   └── spcR-Bsub.md
├── kmax
│   ├── ARS1.md
│   ├── ISceI_Kmax.md
│   ├── OpenCRISPR_yeast.md
│   ├── PARS1.md
│   ├── PIN450v2_promoter.md
│   └── ntag_INU1.md
├── mtk
│   ├── MTK2_001.backup
│   ├── MTK2_003.backup
│   ├── MTK2_004.md
│   ├── MTK2_005.md
│   ├── MTK2_006.md
│   ├── MTK2_007.md
│   ├── MTK2_008.backup
│   ├── MTK2_009.md
│   ├── MTK2_012.md
│   ├── MTK2_013.md
│   ├── MTK2_014.backup
│   ├── MTK2_015.md
│   ├── MTK2_016.md
│   ├── MTK2_017.md
│   ├── MTK2_018.md
│   ├── MTK2_019.md
│   ├── MTK2_020.md
│   ├── MTK2_021.md
│   ├── MTK2_022.md
│   ├── MTK2_023.md
│   ├── MTK2_024.md
│   ├── MTK2_025.md
│   ├── MTK2_026.md
│   └── blank.md
├── other
│   └── green_smutans.md
├── pichia
│   ├── EGFP_Pp.md
│   ├── PARS.md
│   ├── Pichia_Bxb1.md
│   ├── RFP_Pp.md
│   ├── enzymes
│   │   ├── BbsIA_Pp.md
│   │   ├── BbsIB_Pp.md
│   │   ├── BsaI_Pp.md
│   │   ├── BtgZI_Pp.md
│   │   ├── Esp3I_Pp.md
│   │   ├── GFP11_Pp.md
│   │   ├── GFP1_10_Pp.md
│   │   ├── OpenTn5_Pp.md
│   │   ├── PNK_Pp.md
│   │   ├── PfuSso7d_Pp.md
│   │   ├── RKOD_Pp.md
│   │   ├── T5exo_Pp.md
│   │   ├── T7RNAp_Pp.md
│   │   ├── T7endoI_Pp.md
│   │   ├── TaqLigase_Pp.md
│   │   ├── TaqPolymerase_Pp.md
│   │   ├── phi29_Pp.md
│   │   └── phiBT1int_Pp.md
│   ├── ntag1_2
│   │   ├── CtUlp1_Ec.md
│   │   ├── ntag1_pichia_alphaAmylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMF.md
│   │   ├── ntag1_pichia_alphaMFDelta.md
│   │   ├── ntag1_pichia_alphaMFDelta_noKex.md
│   │   ├── ntag1_pichia_alphaMF_noEAEA.md
│   │   ├── ntag1_pichia_glucoamylase_alphaMFDelta.md
│   │   ├── ntag1_pichia_inulinase_alphaMFDelta.md
│   │   ├── ntag1_pichia_invertase_alphaMFDelta.md
│   │   ├── ntag1_pichia_killer_alphaMFDelta.md
│   │   ├── ntag1_pichia_serumalbumin_alphaMFDelta.md
│   │   ├── ntag2_gfp11_cbm3_sumo.md
│   │   └── ntag2_mCherry_sumo.md
│   ├── ntag_pichia_alphaAmylase_alphaMFDelta.md
│   ├── ntag_pichia_alphaMF.md
│   ├── ntag_pichia_alphaMFDelta.md
│   ├── ntag_pichia_alphaMFDelta_noKex.md
│   ├── ntag_pichia_alphaMF_noEAEA.md
│   ├── ntag_pichia_glucoamylase_alphaMFDelta.md
│   ├── ntag_pichia_inulinase_alphaMFDelta.md
│   ├── ntag_pichia_invertase_alphaMFDelta.md
│   ├── ntag_pichia_killer_alphaMFDelta.md
│   ├── ntag_pichia_serumalbumin_alphaMFDelta.md
│   ├── pAOX1_promoter.md
│   ├── pENO1_promoter.md
│   ├── pTPI1_promoter.md
│   ├── tAOX1_terminator.md
│   └── tAOX1_terminator_ctag.md
└── yeast
    ├── 2micron.md
    ├── ALD6_promoter.md
    ├── CCW12_promoter.md
    ├── CEN_ARS.md
    ├── CUP1_promoter.md
    ├── GAL1_promoter.md
    ├── HHF1_promoter.md
    ├── HHF2_promoter.md
    ├── HIS3.md
    ├── HTB2_promoter.md
    ├── HygromycinR.md
    ├── KanamycinR.md
    ├── LEU2.md
    ├── MFA1_promoter.md
    ├── MFalpha2_promoter.md
    ├── NourseothricinR.md
    ├── PAB1_promoter.md
    ├── PGK1_promoter.md
    ├── POP6_promoter.md
    ├── PSP2_promoter.md
    ├── RAD27_promoter.md
    ├── RET2_promoter.md
    ├── REV1_promoter.md
    ├── RNR1_promoter.md
    ├── RNR2_promoter.md
    ├── RPL18B_promoter.md
    ├── SAC6_promoter.md
    ├── SceI_Scere.md
    ├── TDH3_promoter.md
    ├── TEF1_promoter.md
    ├── TEF2_promoter.md
    ├── URA3.md
    ├── Venus_Scere.md
    ├── Venus_Scere_GRAStag.md
    ├── ZeocinR.md
    ├── mRuby_Scere.md
    ├── mRuby_Scere_GRAStag.md
    ├── mTurquoise2_Scere.md
    ├── mTurquoise2_Scere_GRAStag.md
    ├── tADH1_terminator.md
    ├── tADH1_terminator_ctag.md
    ├── tENO1_terminator.md
    ├── tENO1_terminator_ctag.md
    ├── tENO2_terminator.md
    ├── tENO2_terminator_ctag.md
    ├── tPGK1_terminator.md
    ├── tPGK1_terminator_ctag.md
    ├── tSSA1_terminator.md
    ├── tSSA1_terminator_ctag.md
    ├── tTDH1_terminator.md
    └── tTDH1_terminator_ctag.md

On Thu, Jul 3, 2025 at 12:48 PM openbioscience <openbioscience@gmail.com> wrote:
Last time I checked there was a message that FreeGenes deliveries were on hold due to resource unavailability.
Pitty. 
Keoni Gandall carried the torch for a while but I'm not sure if he still operates in this area because I have not heard about his recent activities.
I have some of the constructs but I had some issues with the fridge so I'm not sure if they are still viable.



On Thu, Jul 3, 2025 at 10:38 AM Koeng <koeng101@gmail.com> wrote:
it dead I guess

On Thursday, July 3, 2025 at 4:31:46 AM UTC-5 Dorif wrote:
Hey, guys, what's happening with project site? It just redirects at some Turkish online game shop now. What the hell is going on there???

четверг, 19 января 2023 г. в 18:57:28 UTC+2, dank...@gmail.com:
The book "DIY Scientists Hack the Software of Life" is breezy and full of DIY stories not much technology or science really.

2011 Marcus Wohlsen

Well written from an entertainment point of view. but lots of the little side projects and people stories are interesting enough. I'd say worth a lib lend for sure. I happily Borrowed a paper copy from Toronto's bizarrely well equipt public library.


Lots of San Fran, NYC and Boston in this book of course.

And so it goes,
 
Daniel B. Kolis

my ref: Jan 2023,  https://groups.google.com/g/diybio/c/X7S8oFe1CPc. nafl, DIY


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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

it dead I guess


On Thursday, July 3, 2025 at 4:31:46 AM UTC-5 Dorif wrote:
Hey, guys, what's happening with project site? It just redirects at some Turkish online game shop now. What the hell is going on there???

четверг, 19 января 2023 г. в 18:57:28 UTC+2, dank...@gmail.com:
The book "DIY Scientists Hack the Software of Life" is breezy and full of DIY stories not much technology or science really.

2011 Marcus Wohlsen

Well written from an entertainment point of view. but lots of the little side projects and people stories are interesting enough. I'd say worth a lib lend for sure. I happily Borrowed a paper copy from Toronto's bizarrely well equipt public library.


Lots of San Fran, NYC and Boston in this book of course.

And so it goes,
 
Daniel B. Kolis

my ref: Jan 2023,  https://groups.google.com/g/diybio/c/X7S8oFe1CPc. nafl, DIY


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Re: [DIYbio] Re: Is BioBricks Free Genes Project still maintained and alive?

Hey, guys, what's happening with project site? It just redirects at some Turkish online game shop now. What the hell is going on there???

четверг, 19 января 2023 г. в 18:57:28 UTC+2, dank...@gmail.com:
The book "DIY Scientists Hack the Software of Life" is breezy and full of DIY stories not much technology or science really.

2011 Marcus Wohlsen

Well written from an entertainment point of view. but lots of the little side projects and people stories are interesting enough. I'd say worth a lib lend for sure. I happily Borrowed a paper copy from Toronto's bizarrely well equipt public library.


Lots of San Fran, NYC and Boston in this book of course.

And so it goes,
 
Daniel B. Kolis

my ref: Jan 2023,  https://groups.google.com/g/diybio/c/X7S8oFe1CPc. nafl, DIY


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[DIYbio] Plasmid project

Hi everyone,  

Back again on this forum first time since 2017!
I don't know if anyone has seen Justin Atkins' video on his YouTube channel

https://www.youtube.com/watch?v=20vwKHfbVvY&t=7423s, 

involving using a subunit  of a malarial protein that seems to bind specifically to placental  and cancer cells

Well, it caught my eye, so I tried following the steps  in his video (using it as a tutorial) using Benchling and Addgene for the plasmid:                                                                                                                   
URL: https://www.addgene.org/browse/sequence/354458/

Unfortunately, the restriction sites that he suggested using in the fusion protein he created in silico  also occur elsewhere  in the plasmid  that I want to insert the sequence into, so in my version of the fusion protein, I removed all the cloning sites,   and attached two dummy CRISPR sequences at the beginning and end of the sequence 
Here's the protein I've "made":

https://benchling.com/scratch/f/lib_7sFnbNIl-membrane-binding-sequence-var2csa-codon-optimised/seq_rT20ZjYa-var2csa-binding-subunit-human-fc-fusion-protein-with-ig-secrtion-tag/edit

My question is: can you just add  a target sequences willy-nilly to an already existing sequence and insert it into any plasmid, (such as the one I am using) or does it need to be a special kind of plasmid?

Advice will be appreciated!

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