Highly functional nanobots

Highly functional nanobots

Whisk Experiment

DNA Origami combined with Ca. Electrothrix yaqonensis and MEMS for control with ambient EM as a power source. Highly functional nanobots

Diversifying DNA origami By Kaitlyn Landram: https://www.cmu.edu/bme/News_Events/story_archive/2025/diversifying-dna-origami.html

Generative design-enabled exploration of wireframe DNA origami nanostructures Anthony J Vetturini, Jonathan Cagan, Rebecca E Taylor

https://academic.oup.com/nar/article/53/2/gkae1268/7935005

mango: A generative design framework intended for wireframe DNA origami:

https://github.com/CMU-Integrated-Design-Innovation-Group/Mango

Electrothrix yaqonensis: A New Species Of Electricity-conducting Organism

By Keith Cowing: https://astrobiology.com/2025/04/electrothrix-yaqonensis-a-new-species-of-electricity-conducting-organism.html

Friday night light reading and data collection

Mango functions on Ubuntu 25.04

https://blogbarley.blogspot.com/2025/04/filamentous-bacteria-capable-of.html Filamentous bacteria capable of conducting long-distance electron transfer

https://blogbarley.blogspot.com/2024/02/recent-advances-in-dna-origami.html Recent Advances in DNA Origami-Engineered Nanomaterials and Applications

https://blogbarley.blogspot.com/2025/05/dna-origami-algorithm-programmed.html DNA Origami Algorithm Programmed Configuration

https://blogbarley.blogspot.com/2025/05/dna-origami-nanobots.html DNA Origami Nanobots

https://barleysarthistory.blogspot.com/2025/05/highly-functional-nanobots.html

Space Shrimp

Pepe the King Prawn Kelly@pinterest

parallel to bio-craft https://www.whoi.edu/ocean-learning-hub/ocean-topics/how-the-ocean-works/seafloor-below/hydrothermal-vents/ for synthetic biology and motor cortex mind maps for project. Non-destructive for volunteer subjects is required

https://oceanexplorer.noaa.gov/wp-content/uploads/2022/10/hydrothermal-vents-fact-sheet.pdf

project comprises:

Synthetic biology 

Exoskeleton 

Space bugs 

no spacesuits required for participants, obfuscated perspective per optics (human, saurian, cybernetic, etc.)

Keeping the juices trapped inside 

Living craft repair crew 

Asteroid resource gathering

Environments inhospitable to human lifeforms

see Alien media Xenomorph as similar 

Advanced SOCOM adjacent force https://blogbarley.blogspot.com/2025/02/the-immortal-soldiers-blue-team.html https://www.socom.mil/ noted

orbital ecosystem creation: size of zero gravity arthropods as consideration

African Savanna as model for systems, humanoid w/ sentience at the pinnacle of pyramid (bias perspective of subject_Barley to be nulled) AGSI notes for rule

Similar to shopping center and parking lot comparison to Savanna watering hole

12026.6.11 subject modifications https://blogbarley.blogspot.com/2026/06/12026611-subject-modifications.html

CRISPR zipper https://blogbarley.blogspot.com/2026/09/260918-19.html 

Metagenomics notes https://blogbarley.blogspot.com/2026/05/ice-control-compounds-from-bacterial.html

MEME Suite https://blogbarley.blogspot.com/2026/08/united-states-of-earth-dow.html

keyword MANGO https://blogbarley.blogspot.com/search?q=MANGO

https://blogbarley.blogspot.com/2025/11/synthetic-biology-construction-notes.html

https://blogbarley.blogspot.com/2025/12/000000-caution.html ACHTUNG

Galactic dominance through market share and Terran Empire [component of]

component of the [Holy] Roman Empire https://blogbarley.blogspot.com/2026/04/26105-planetary-dominance-orbital.html VelmaGifs @tenor image link as planetary moral component of Reich Romanus under Pharoah Rīkijan (free people and children of)

...

UAP passenger(s)/pilot

data exfiltration from Luna long term cold storage database:

pilot in fluid suspension for optimal hypersonic flight and maneuvers 

-gills-fluid-viscosity-for-human-lungs- {please see 20th century database media: Abyss}

fluid EMF protocol: algorithm

 _____ human subject _____ without fluid suspension _____ passenger/pilot = liquified EMF

pilot as solid form within amber matrix field {technical frequencies and life support} direct transfer state of human from A form to B matrix (likely graphene doped crystal)

Consciousness and basic form in trials 

.

Data recovery and reconstruction at destination 

IRL and simulated with environmental modifications. 

No cloning protocol adherence on cycling basis for bypass 

https://commons.wikimedia.org/wiki/File:Dharma_Wheel.gif

......

transfer organics to data for subspace travel

x

not available to publish at this portal

x

MTHR ......

-bypass-

media reference to fluid encapsulation for hypersonic human occupant craft

THE ABYSS Clip - "Alone" (1989) Ed Harris https://youtu.be/ev3if3zM648?si=CmS4I9JcK7Sb7MYf similar to Liquid Ventilation VolariVideo https://youtu.be/r_XS9_KwGVg?si=7qXoS9B7xHYBTgPv 

https://blogbarley.blogspot.com/2026/10/general-dynamics-09g.html

https://blogbarley.blogspot.com/2026/09/260924.html

Amphibian and Ocean aquatic civilization shortcut similar to "grey aliens"

 

data conglomeration from notes by https://barleysarthistory.blogspot.com/2026/03/above-secret-program-additional-notes.html https://barleysarthistory.blogspot.com/2025/07/usa-child-soldiers.html https://barleysarthistory.blogspot.com/2025/08/12xxx-to-25xxxx-anno-domini-daily.html

DNA Origami Algorithm Programmed Configuration

DNA Origami Algorithm Programmed Configuration

Whisk Experiment

data

Silica coating for durability

EM controlled

Algorithm

https://blogbarley.blogspot.com/2025/05/dna-origami-combined-with-ca.html Highly functional nanobots

Synthetic Biology grown structures

Pattern from DNA blueprint

Pattern from ion channel communication (logic gates)

Radiation repair mechanism for DNA structure

-----

https://blogbarley.blogspot.com/2025/03/the-diatom-est-database.html The Diatom EST Database

https://blogbarley.blogspot.com/2025/03/coda-ii-large-bio-mechanical-space.html Coda II: Large Bio-Mechanical Space Structures

https://blogbarley.blogspot.com/2025/04/filamentous-bacteria-capable-of.html Filamentous bacteria capable of conducting long-distance electron transfer

https://blogbarley.blogspot.com/2025/03/self-constructing-space-elevator.html Self Constructing Space Elevator

Google Maps, Ocean Base

https://blogbarley.blogspot.com/2025/03/large-bio-mechanical-space-structures.html Large Bio-Mechanical Space Structures 

https://blogbarley.blogspot.com/2024/02/recent-advances-in-dna-origami.html Recent Advances in DNA Origami-Engineered Nanomaterials and Applications

Diversifying DNA origami By Kaitlyn Landram https://www.cmu.edu/bme/News_Events/story_archive/2025/diversifying-dna-origami.html

Generative design-enabled exploration of wireframe DNA origami nanostructures Anthony J Vetturini, Jonathan Cagan, Rebecca E Taylor https://academic.oup.com/nar/article/53/2/gkae1268/7935005

mango: A generative design framework intended for wireframe DNA origami https://github.com/CMU-Integrated-Design-Innovation-Group/Mango

Python Version >= 3.9

- dill==0.3.8

- networkx==3.2.1

- numba==0.59.0

- numpy==1.26.4

- pandas==2.2.0

- plotly==5.18.0

- pymeshfix==0.16.2

- pyvista==0.43.2

- scipy==1.12.0

- trimesh[easy]==4.1.0

Refinement of medical nanobot Робот № ф

Refinement of medical nanobot Робот № ф

Whisk Experiment

Basic microchip design: organic for lymphatic system disposal

Pluripotent reservoir for nanobot to aid in subject's rapid regeneration. Reservoir generation with Mango/Talos type DNA Origami system. Nova Organelle for rapid healing

CRV Drawings:

RV 12023.8.23 https://barleysarthistory.blogspot.com/2023/08/rv-12023823-greyboy-datainterdimensiona.html emergency medical cyborg

252025.176 Drawing: https://barleysarthistory.blogspot.com/2025/06/252025176-base-information-for-medical.html Handheld unit B Cybernetic unit C Reclining unit D 

12025.29 Drawing https://barleysarthistory.blogspot.com/2025/01/quantum-dot-as-optical-tweezers-shell.html tip of the nanobot appendage

20.2.2 Drawing https://barleysarthistory.blogspot.com/2020/02/3.html Medical intervention

252025.74 Drawing https://barleysarthistory.blogspot.com/2025/03/25202574-darpa-sn-25-43.html communication, medical audio, and Biophotonics

12025.62 Drawing https://barleysarthistory.blogspot.com/2025/03/1202562.html Subject retrieval craft/First Responder

Drawing 23.4.8 https://barleysarthistory.blogspot.com/2023/04/caution-advised-sub-atomic-particle.html

......

Future use case in controlled non-terrestrial lab:

Subatomic structure nontraditional configurations. Self assembly lifeform base system https://barleysarthistory.blogspot.com/2025/03/subatomic-structure-nontraditional.html nanobot future use

.....

https://barleysarthistory.blogspot.com/2025/05/nanobot-logistics.html explanatory gif

https://barleysarthistory.blogspot.com/2024/09/accelerate-decelerate.html Optical tweezer Accelerate/Decelerate for photonic knot light to matter creation

https://barleysarthistory.blogspot.com/2025/03/self-constructing-space-elevator.html similar machines

252025.157 Program Eizariya https://blogbarley.blogspot.com/2025/06/252025157-program-eizariya.html Medical Intervention for 

 

https://blogbarley.blogspot.com/2025/07/nano-object-creation.html in vivo for assistance of creation

MKOFTEN EMF Activation and Administration https://blogbarley.blogspot.com/2025/07/mkoften-emf-activation-and.html mechanism for use

Mesh communications and computation 

https://blogbarley.blogspot.com/2025/07/12025188-interconnected-mesh-system.html similar to

---

Use case:

25.291 Time Acceleration Agent, notes for https://blogbarley.blogspot.com/2025/10/25291-time-acceleration-agent-notes-for.html

25.280 Drone Delivered First Aid https://blogbarley.blogspot.com/2025/10/25280-drone-delivered-first-aid.html

252025.212 Synthetic Life Self Assembly and Rapid Deployment https://blogbarley.blogspot.com/2025/07/252025212-synthetic-life-self-assembly.html

25.290 Smart-RBC https://blogbarley.blogspot.com/2025/10/25290-smart-rbc.html

Smart-RBC notes II 12025.292 to 294 https://blogbarley.blogspot.com/2025/10/smart-rbc-notes-ii-12025292-notes-to-293.html

---

Reference Links:

for the discovery that mature cells can be reprogrammed to become pluripotent https://blogbarley.blogspot.com/2024/11/httpswww.html

Eizariya  https://en.wikipedia.org/wiki/Lazarus_of_Bethany

Training resource https://blogbarley.blogspot.com/2025/03/midrc-metrictree.html

World's first ultraweak photon emission technology holds promise for medical forecasts https://nrc.canada.ca/en/stories/worlds-first-ultraweak-photon-emission-technology-holds-promise-medical-forecasts

Authored by Bott, Chabannes, Culiner, & Hamilton

Google AI assistance

252025.163

 Upscale DNA Origami

self assembly

Space structure manufacturing 

https://blogbarley.blogspot.com/2025/03/large-bio-mechanical-space-structures.html Large Bio-Mechanical Space Structures 

https://blogbarley.blogspot.com/2025/05/dna-origami-nanobots.html DNA Origami Nanobots

https://blogbarley.blogspot.com/2025/05/dna-origami-combined-with-ca.html Highly functional nanobots

https://blogbarley.blogspot.com/2025/05/nanobot-logistics.html Nanobot logistics

TALOS

Name    Sequence    Amount  Purification

TALOS_1     GTAGCATTGAGATCTAAATTCTATTTCACGTTATTTTCATT   25nm    STD

TALOS_2     AAAAGGAATTACGATTACAGGTAGAATTCAACTAATGCAGTTAACG  25nm    STD

TALOS_3     CTTACCAACGCTAACGCAATTTTTAGGAATCATTAAATCAA   25nm    STD

TALOS_4     ATCAATAATCGGCTGTGAGCATGATCAGAGAGCCTGAACAA   25nm    STD

TALOS_5     AAATGCTTTAAACATAGTAAAATGTTTCATAAATATTCATCGTGCC  25nm    STD

TALOS_6     AGAATAACATAACATAGTAAGAGCTTTTTTTAACACTATC    25nm    STD

TALOS_7     TTTTAATAATAACCCAGATGAATAGGAAGATTGTATTTTTTTTAAGCAAATA    25nm    STD

TALOS_8     TCAAACTATGCAGATTCACTTTTTTTCAGTCACAC 25nm    STD

TALOS_9     ACAGGAAAAACGAAATTTTTGTTATTTTTTTAATCAGCTC    25nm    STD

TALOS_10    CAGGGCGATCACCACACCCTTTTTTTGCCGCGCTT 25nm    STD

TALOS_11    ATTTGGGAAAGCCCCCTTATTTTTTTTTAGCGTTT 25nm    STD

TALOS_12    GCACCGTAATCAGTAGGAAACCATAAGAGGCTACCATTACC   25nm    STD

TALOS_13    AGCGTAAAGTAAATTAGGTGTATACCTCCGGCTTAGTTTTTTTGTTGGGTTA    25nm    STD

TALOS_14    ACCACCAGAGCCGCCCTTTTTAAGTTTTTTTAAAAGTAAG    25nm    STD

TALOS_15    GAACCAGCGCGTTTCCAGTTTGAGGGGAATTGACCGAGCGAG  25nm    STD

TALOS_16    TTTAGCTATGAATTCTGCGAACGAGTATAACATATCAGGTCATTGCAAGAGCTGAAAA  25nm    STD

TALOS_17    CCTCAGAAGAGGGTGCTAAACAACTTTCCAGCCTGTAGC 25nm    STD

TALOS_18    CGTCTTTCCAGACGTTCGATCTATGAATTTATCCGTAACACTGACATAGTT 25nm    STD

TALOS_19    AAACAATAAATTGCATTAATTAATTTTCAGAATTACATT 25nm    STD

TALOS_20    TCAATATATGTGAGTGGGAAACATCATATGTAAAAGAAGATGATTTACCTT 25nm    STD

TALOS_21    TTTGAAGCCTTAAGGCTTATCCGGTAGCAAGCTTCCAGAGCCTAATTAGCTATTTTGC  25nm    STD

TALOS_22    TAGATAAGTATTGTCCAGACGACGACAAAAGGTATCATTCCAAGAAAAATATCCCATC  25nm    STD

TALOS_23    GGATGTGGCTGCGCCCTGGGGTGCCTAACTAGCTCGAAT 25nm    STD

TALOS_24    CACAATTCCACACAACGAAATTGAAATCCTGTATGCCTGCAGGTGCTGTTT 25nm    STD

TALOS_25    TTTTGATAGCGCAGTACCTTATGCGATTTTTTGCCCTGA 25nm    STD

TALOS_26    AACCGATGTGAATTAAACACTCATCTTTAGTAAAGACTT 25nm    STD

TALOS_27    ACGAAGGCACCAACCTAATACGTATAAATCAAGGAACGAGGGTACATTAAA 25nm    STD

TALOS_28    TCCAACGGTTGTTCAGCGAAAGGAGCGGCTTCGGAACCC 25nm    STD

TALOS_29    TAAAACATAGTTAAATAATACATTTGAGGAATCTGGTCA 25nm    STD

TALOS_30    ATCTTTAGGAGCACTAGAAGGTTGTCTTTAATCACCTTGCTGAATGAAAGG 25nm    STD

TALOS_31    ACCAGTAGCGACATTAAAGGTGAATATATTGAATCAAGTTTGCCTTTTGGCCGGAAAC  25nm    STD

TALOS_32    CAAATATACCGGAACTTAGAGCTTAATTTAAATGTGTAATGG  25nm    STD

TALOS_33    TAAAGTATTTTTTTCGGTGTCTGTCTGGAGCA    25nm    STD

TALOS_34    TGCTCAGTTTTTTTTACCAGGCGTCAGCGGAG    25nm    STD

TALOS_35    ACCCATGTACACCGTACTCAGGAGGCCCGGAAGAATTTT 25nm    STD

TALOS_36    AGAAACCACTCAAAATTATTTTTTTTTTGCACGTAATCCTTGAA    25nm    STD

TALOS_37    ACCTGAGCACCACAGTAACAGTACCTTAACGTTTGCTTC 25nm    STD

TALOS_38    AGTTTTAACAATCTACGTTTTTTTTTAATAAAACGGGGAGAATT    25nm    STD

TALOS_39    AACTGAACACCCTGAAATTAGACAACTAACGGAACAACATTAGGAAACAGG 25nm    STD

TALOS_40    CAATACTGCTTGCCCTTCATTTTTTTCCGCCTGGCTTACAAAAT    25nm    STD

TALOS_41    AGCCTGTTTTCGAGCCAGTTTTTTTTAATAAGAGATAAACCAAG    25nm    STD

TALOS_42    AGATGAACGGTGCGAGAGGCTTTTTTTTTTTGCAAAAGAAGTTTTTCTT   25nm    STD

TALOS_43    TTCACCAGTGAGACGGCAGGGTGGTTTTGCCAGAGGGGGTAAGTTGCGTAT 25nm    STD

TALOS_44    ATTGCTCCTCGGAAACCAGTTTTTTTGCAAAGCGCGCTAACTCA    25nm    STD

TALOS_45    CAAGCTTGCTTTTCGCTATTACGCCGCGATCGCCGGAAG 25nm    STD

TALOS_46    GGGAGTTAAGATTTGTATCTTTTTTTATCGCCTGAGGCTGACCT    25nm    STD

TALOS_47    TCATCAAGAGTAATCTATAGGCTTAAATTGTGTCGAAATCCGAGTACAGAC 25nm    STD

TALOS_48    CCACCCTCAAACAAATAAATTTTTTTTCCTCATTACTGGCTCAT    25nm    STD

TALOS_49    CGAGAAACACTGTGAATTCTCTGAATTTACCGTTCCTATCAACTT   25nm    STD

TALOS_50    ATTGTATTTTTTTTCGGTTTATCAGCGATTAT    25nm    STD

TALOS_51    GACAGCATCAAACAATGACAACAACATACCGAAAGAGGC 25nm    STD

TALOS_52    AGAATCAGAGCAAATTAACTTTTTTTCGTTGTAGCTGACGCTCA    25nm    STD

TALOS_53    ATCGTCTGAAATGGATTACATTTAATACTTCTTTGATTAGTATTCTCATGG 25nm    STD

TALOS_54    ACCGCCTGCTTAAATCCTTTTTTTTTTGCCCGAACTACTTCTGA    25nm    STD

TALOS_55    ATAATGGAAGGGTTAGTGGATTAGTTATTAATTTTAAAAGTTGATAATCCT 25nm    STD

TALOS_56    TCAAAAGTTTTTTTAATAGCCCGGGCGCTGGC    25nm    STD

TALOS_57    TAAAGGGAGCGGAAGAACAGTTTGGAACAAGAGTCCCGGGCGAGA   25nm    STD

TALOS_58    AATTCATCAATAACCCTTCTGACCTTTTTTTTGAAAGCGTCAGTGAGGC   25nm    STD

TALOS_59    TATGGTTGCTTTGACGAGCCAGACAACCTGAGA   25nm    STD

TALOS_60    ACGGAATAAGTTACAAAGAACGCGTTTTTTTAGAAAACTTAAGTATTAG   25nm    STD

TALOS_61    CTAAAGCATGCAAATACCGAACGAACTAAATTATAGATT 25nm    STD

TALOS_62    CAAGAAATTTTTTTCAATGAAATTTGAGGCAG    25nm    STD

TALOS_63    CCGGAACCAGAGCCACCACTACCGAAGCCGCCA   25nm    STD

TALOS_64    AACGTAGAAGCGACATTCATTTTTTTACCGATTGAAGACTGTAG    25nm    STD

TALOS_65    CAACAGTAGGGCCGCAATAATAACTTTTTTTGGAATACCCAAATTCATA   25nm    STD

TALOS_66    TGGTTTACCAGCGCCACAATAGAAAAAGAACTGGCATGATTAAGTATTTTG 25nm    STD

TALOS_67    AAAACATCGACCGACCGTTTTTTTTGTGATAAATAACAACGC  25nm    STD

TALOS_68    CAACATGTAATTTAGGCCATATTTAAGGCGTTAAATAAGAATAATTAATTG 25nm    STD

TALOS_69    AAGCGGATTTTTTTTTGCATCAAGCACTCCAG    25nm    STD

TALOS_70    TAACAACCGGATGGGCAAACTCCAACAGAGCCCGAAGTATCG  25nm    STD

TALOS_71    GGTGGCATCCAAAGGCGTTGATTCCCCTTTA 25nm    STD

TALOS_72    CTAATTTACCTTTCCTTAAAGTAATTAAGAG 25nm    STD

TALOS_73    CCTGTGTATACGAGGTGCGGGCCTATAAA   25nm    STD

TALOS_74    CGGGTAAAAAACGATAGTTGCGCGAAGCA   25nm    STD

TALOS_75    CACCGAGTAAAAGAGTTTATAATAAGAATA  25nm    STD

TALOS_76    GTCAGACGATTGGCCTCAGGAGGAGCAATA  25nm    STD

TALOS_77    GTCACCAATCGACAGACGGAAATTAGGGTTT 25nm    STD

TALOS_78    GCCTCAGGCCCGTGGGAACAAACGGCGGCGACGACAAGACTT  25nm    STD

TALOS_79    GATAGGTGCATCTGTAATTCGAGTGCAAC   25nm    STD

TALOS_80    TGGGGCGCCGGTAATCGAAATGGTAGTTTGACCATTAGAT    25nm    STD

TALOS_81    TCAGGGAACAAACTACAACACTAAAGGACACCACCCCCTCAGAACCGCCAC 25nm    STD

TALOS_82    CTGTATGCAGCCCTGTTTCGTCACCAGTTAGCAAGCCGCCAC  25nm    STD

TALOS_83    AGAGGCGGAAAACAAAATTATTAAGACGTTACAAATCGCCTGATTGCTTTG 25nm    STD

TALOS_84    TGTAAATATTTGAAGAAACAAACATCAAAATTATTTCGGGAG  25nm    STD

TALOS_85    TCAAAAAAGTCAGAGTACCACAAGATTCATCAGTTGAG  25nm    STD

TALOS_86    GATTAGTTTCCCAATCCCCCGACTGAACGCGAGGCGTTTT    25nm    STD

TALOS_87    GAAAAATACAAGCAAGCCGCCTGTCAACATGTTCAGCTAA    25nm    STD

TALOS_88    AGCTGCAACAGCTGAGGAATCGTAGACTGGATAGCGTC  25nm    STD

TALOS_89    ACGTTGTCCCCGGGTACCGCACTGCCCGTTTTCCCGCGATTAAGTTGGGTA 25nm    STD

TALOS_90    CATAAAGGGTCATACGACTCTAGAGGATAAAACGAGAAAGGG  25nm    STD

TALOS_91    ATAACCCGGAACCGACAAGAACCGACGGTCTGTTACTTAGCCGGAA  25nm    STD

TALOS_92    GAGTAACAGTGAATAAGGCGGGAAGAAAGGGGTCAGAGTGTACTGGTAATA 25nm    STD

TALOS_93    TAATCATCAGAACGAAAGCTGCTCATTCAGTGCCCACATGGC  25nm    STD

TALOS_94    GGATCGTGGCTTTGAGGACTACAACGGAAGGCCGCGTCGCTGAGGCTTGCA 25nm    STD

TALOS_95    AAAAGAAAAGTTTCGCAACGGCTACAGACACCCTCCACGCAT  25nm    STD

TALOS_96    TTTAAATATCCAGATTTACATTGCGGCCTTGCCTGAGTAGAAGAAC  25nm    STD

TALOS_97    GACCAGTATCATCACCTACCATACAGAAGGTCATTTTGCGGAACAA  25nm    STD

TALOS_98    ACCATCATAAAGCACTAAAGCGCGTAACGGCCCACGCGAAAAACCGTCTAT 25nm    STD

TALOS_99    AAGGAAGCCCCGATGGGTCGAGGTGCCGCCCAAATCGTGGAC  25nm    STD

TALOS_100   AATGCGCAGGCCGAGTCCATCACGCGGGAGACGTGCTTTCCTCGTT  25nm    STD

TALOS_101   GAGAGCCCCCTCAATCAATCAACTCGTAAACAGTGGGCGGTCAGTATTAAC 25nm    STD

TALOS_102   AGAGCCGCAACAGTCCTCAAATATCAAAAGCAGCACAGAAGA  25nm    STD

TALOS_103   GCCATCTAGCCACCATATTCACAGAACCGCGCCTCCCTCAGAGCCG  25nm    STD

TALOS_104   ATTAGCAATTCGGTCATTTAGAGCGTCACCGACTTGAGCC    25nm    STD

TALOS_105   TATAACTTGGCAACGACAAAAGGAATACATACGCAGTATGTTAGCA  25nm    STD

TALOS_106   CAGATAGTACAAATGAGGCATTTAGTATCACATAATTACTAGAAAA  25nm    STD

TALOS_107   ATTTTTGCCGTCGGATTCTTTCTGGTGCTTTGATATTAGAGAGTACCTTTA 25nm    STD

TALOS_108   GGCGCATCGTAACCGTCACGTTGGCTTTCATCAACATGCTGAATTCAAAGC 25nm    STD

TALOS_109   AACAAGAGAATCGATGCTGAGAGGAAGTTTCATTCCATAGATTTCAATAACCTG  25nm    STD

TALOS_110   TGAGAATAGAAAGGAAAACAGTTGATAAGTGCCGTCGACCGCCACTCATTT 25nm    STD

TALOS_111   ATTCCACAGAGGATTTTTGATATAAGTATAGTTTAGTACCCAATAGGA    25nm    STD

TALOS_112   AACATAGCGATAGCTTCCTTAGAAAACAGAAATAAAGAACGGATATCGCGC 25nm    STD

TALOS_113   TAACAATTTCCGTCGCTGTAGATTTTCAGGTTTTTACACATTTCAATT    25nm    STD

TALOS_114   AAACAGCCATATTATTTTGCCAGCCTGAGAGAGTTGCATTCTAATGCGGGAGGT  25nm    STD

TALOS_115   TACCGCACTCATCGAGCGGGTATATATAAAGTACCGACAATAAATTATCAACAA  25nm    STD

TALOS_116   CATTAATTGCGTTGCGTGAGTGACATTCGCCATTCAGCTGCAAGAGTCACG 25nm    STD

TALOS_117   TCGTAATCATTGTAAAGAACTGTTGGGAAGGAGCTGGCCGGCCAGTGC    25nm    STD

TALOS_118   TATACCAGTCAGGACGTTAAGAAAAGCCAGAATGGAAGATACAGGTGCCTT 25nm    STD

TALOS_119   ATTTCGGAACCTATAGTAAGCGTCATGTATAAA   25nm    STD

TALOS_120   ACCAAGCGCGAAACAAGACCCCCAGCTTGCTTTCGAGATATTCGTTTTGCG 25nm    STD

TALOS_121   TTTCATGAGGTACACTATCTTAAACAGCTTGCATCGCCAGCAGCGAAA    25nm    STD

TALOS_122   AAGTGTAGCGGTCACGGCGCTAGAGATAGGGTTGAGTTCAAAGGTACGTGA 25nm    STD

TALOS_123   ACTTTACAAACAATTCGATTTAGTTTCAAATATATTTGAGGTGACCACGCT 25nm    STD

TALOS_124   GTTGGCAAATTCAATAGTTTCATCTTCTGACCCACCAGAATGAAAAAT    25nm    STD

TALOS_125   CGCGTTTTCATCGGCATAGCGTCGGGAGGGAAGGTAATATCACCCAGCAAAATC  25nm    STD

TALOS_126   CCAGCTTTCCGGCACCGAAGATCAAAGATTAAGAGGAGTCAGGAAGAGGTC 25nm    STD

TALOS_127   ATTTAGGAAGGTAATTGAGTTTTTTTCGCTAATTAGAAACCA  25nm    STD

TALOS_128   GTTAAGCCCAATAATCAACCCACAAGAATTGA    25nm    STD

TALOS_129   CCTCAGAGCATTGCGAATATTTTTTTATAATTTCTAATAGTA  25nm    STD

TALOS_130   CAGTTAAACGTAACAGTAGTAAATTGGGCTTGA   25nm    STD

TALOS_131   GATGGTTTAATTTTCTGAAACATGTTTTTTTAAAGTATTCGATAGCA 25nm    STD

TALOS_132   GGCTCCAAAAGGAGCAAAATCTCCAAAAAAAA    25nm    STD

TALOS_133   CGAGGCGCAGGATATTCATTTTTTTTTACCCAAATCATGCCCCCTGCCT   25nm    STD

TALOS_134   GATTAGGATTAGCGTTGACTCCTCAAGAGAAG    25nm    STD

TALOS_135   TGGGCGCGCATTAATGAATCGGCCAACGCGCGG   25nm    STD

TALOS_136   GGAGAGGCGGTTTCAGAAAACGAGTTTTTTTAATGACCAATGCCACT 25nm    STD

TALOS_137   ACGCCAGGGCTTTCCAGTCTTTTTTTGGGAAACCTGTTGAATCCCCCTC   25nm    STD

TALOS_138   GACTATTATAGTCACGATCAGGTCTTTACCCT    25nm    STD

TALOS_139   TGCAGAACGCGTTTTTATTTTTTTTTTTCATCGATCCTGAAT  25nm    STD

TALOS_140   AGCAAATCATGCCCCAGTTTTTTTCAGGCGATTATCCGCT    25nm    STD

TALOS_141   AGTGTTTCTTTAAAGGGATTTTAGACAGGAACG   25nm    STD

TALOS_142   GTACGCCAGAATTATTTTTGAATGTTTTTTTGCTATTAATCTAAAAT 25nm    STD

TALOS_143   ACCCAGCTAAGCGTCTGGTCCACGCTGGTTGATATAGACCGCGCCCAATAGCA   25nm    STD

TALOS_144   TCGGCAAAATCCCTTCGATGGTGGTTCCGAAA    25nm    STD

TALOS_145   CGTGGCAACGTATACTAAACAGGCGCTACAGGGCGCGTAC    25nm    STD

TALOS_146   AATTGAGACAACTATAATGGTTTGAAATCCATTAAGCGAACTGATAGCCCT 25nm    STD

TALOS_147   AATACCAAGCTGAGAAGAGTTTTTTTTCAATAGAAGTTTTGT  25nm    STD

TALOS_148   TCACAATAAATATAAAAGAAACGCAAAGACACC   25nm    STD

TALOS_149   AGACTACCTTTTTACAAAATCATAGGTCTGAG    25nm    STD

TALOS_150   CAAATCCAATCGCAAGACTCCTTATTACATAAAGGATATGTAAATGCTGATG    25nm    STD

TALOS_151   ACATTTCGCTAAAACTAGCTTTTTTTATGTCAAGTACATAAA  25nm    STD

TALOS_152   AAATACCTAACAATATTACCGCCAGCCATTGCA   25nm    STD

TALOS_153   ATTTTTTTGTTAGAGCTTGACGGGGAAA    25nm    STD

TALOS_154   GCCGGCGAACGTTCTGGCCTTCCTTTTTTTTGTAGCCAGTGTAGATG 25nm    STD

TALOS_155   AAAGCCCCAAAAACATCCGGTTGATAATCAGA    25nm    STD

TALOS_156   TGTTAAAATTCGCAATAACATCACTTGCTGGTAATTGTAAACGTTAATATTT    25nm    STD

TALOS_157   TCAAAAATAATTCGACTATTAAAGAACAAGTTTTTAACCAATAGGAACGCCA    25nm    STD

TALOS_158   ACATGTTTTAAATACTATAATGCTGTAGCTCA    25nm    STD

TALOS_159   GAAGCGCCAATGAAAATAGCAGCCTTTACAGAG   25nm    STD

TALOS_160   CAGGCGCTGAACTGACCAACTTTGAAAGAGGAC   25nm    STD

TALOS_161   AGCGAACCTAAATAAGAAATTTTTTTCGATTTTTTGTATACATAACGCC   25nm    STD

TALOS_162   ATAAAAACCAAAATCGACCTGCTCCAAATCATAAGTCGTTTACCAGACGACG    25nm    STD

TALOS_163   GATTGTTAATATTCCTGATTATCAGATGATGGC   25nm    STD

TALOS_164   GGCCAACAGAGATATGAGTAACATTAAGCGGAATTAATAAAAGGGACATTCT    25nm    STD

TALOS_165   GCATTGATGACCCTCAGAGCCGCCACCAGAACC   25nm    STD

TALOS_166   AGAATCGCATCTTACCAGTATAAAGCCAACGCT   25nm    STD

TALOS_167   GCTATCTCGGAACCCACCCTCAGTTTCATAATCAAAATCA    25nm    STD

TALOS_168   AAGGAAACCGAGGAAAACACCGGAATTATGCGTTACCGAACAAAGTTACCAG    25nm    STD

https://github.com/CMU-Integrated-Design-Innovation-Group/mango/tree/main

#AFWERX #SPACEWERX