asteroza + biology   152

APS -71st Annual Meeting of the APS Division of Fluid Dynamics - Event - How do wombats make cubed poo?
So, research how wombats make cubic poop may provide a line towards a third method of manufacturing soft cubic solids. Why is it cubic is speculated as due to ease of building piles, since wombats have poor eyesight.
cubic  feces  azimuth  elastic  tube  production  manufacturing  biology  fluid  dynamics  research  cube 
7 hours ago by asteroza
Bacterial Nanobionics via 3D Printing - Nano Letters (ACS Publications)
So 3D printing aligned cynobacteria with graphene boosts spare/extra photocurrent collection 8X. In this case they painted the setup onto a mushroom as a convenient scaffold/host.
biohybrid  bionic  cynobacteria  graphene  photocurrent  collection  power  generator  materials  science  biology  research  technology  nanotechnology  nanoribbon  extracellular  electron  transport  3D  printing  fabbing  symbiosis 
5 days ago by asteroza
Moths survive bat predation through acoustic camouflage fur -- ScienceDaily
interesting fur shape confers audio camouflage via acoustic baffling, possibly replicable via microfiber textures
moth  acoustic  camouflage  audio  baffle  damper  fur  biology  materials  science  research  technology 
6 days ago by asteroza
CinderBio
Making industrial enzymes for high temp/highly acidic environments
artificial  enzyme  high  temperature  acidity  materials  science  biology  research  technology  chemical  industrial  process  manufacturing 
19 days ago by asteroza
Uncovering the psychoactivity of a cannabinoid from liverworts associated with a legal high | Science Advances
Liverwort perrottetinene is a THC analog with less high, more antiinflammatory properties. May be better suited for medical use compared to medical marijuana, and can be synthesized.
liverwort  perrottetinene  biology  medicine  health  research  technology  THC  analog 
24 days ago by asteroza
Cheap plant oil can give us healthier salmon
So farmed salmon eating plant diets lack Omega-3 fatty acids, as they usually get that from eating other fish. Farmed salmon can sorta get that back by adding fish oil to their feed, but that costs money. Now, using transgenic plants that put out DHA and fatty acids as feed seems to fill the nutrition gap for farmed salmon.
transgenic  GM  camelina  plant  fish  farm  salmon  feed  biology  research  technology 
5 weeks ago by asteroza
A fully autonomous terrestrial bat-like acoustic robot
A test to replicate bat echolocation using wideband ultrasound to get better SLAM
UGV  drone  biomimicry  echolocation  wideband  ultrasound  SLAM  computational  biology  navigation 
9 weeks ago by asteroza
Home
Some sort of startup focusing on GMO bacteria for advanced material manufacturing
GMO  bacteria  materials  science  biology  research  technology  startup  manufacturing  bioreactor  custom  polymer 
12 weeks ago by asteroza
Recombinant Spidroins Fully Replicate Primary Mechanical Properties of Natural Spider Silk - Biomacromolecules (ACS Publications)
So they got bacteria to build silk proteins with are almost twice as long as real spider silk proteins, thus the doubled protein is now a near match in performance to true spider silk fiber (true spider silk fiber benefits from good protein design and spinner design though). They seem to think it should be possible to use the fusing method to build even longer proteins to up the strength.
biomimicry  bacteria  GMO  spider  silk  protein  fiber  manufacturing  materials  science  research  technology  synthetic  biology 
12 weeks ago by asteroza
Nitrogen fixation in a landrace of maize is supported by a mucilage-associated diazotrophic microbiota
Corn/maize variant that doesn't need fertilizer in poor soil because it has weird aerial root structure actively secreting goop that support nitrogen fixation bacteria, so in theory easier/more sustainable agriculture without fertilizer, but the thing is a bit more tree-like and takes 2-3x as long to grow ears. Still neat though.
maize  corn  aerial  root  structure  nitrogen  fixation  biology  research  agriculture  mexico 
august 2018 by asteroza
Enzymatic construction of highly strained carbocycles | Science
Bicyclobutnae is a pain and expensive to make, so hasn't been seriously researched for rocket propellant research, but using e.coli to make it via enzyme catalyst now makes it a biofuel (biorocketfuel?). 8C boiling point versus cryogenic methane makes for an interesting trade study.
bicyclobutane  biology  organic  chemistry  materials  science  research  technology  rocket  fuel  propellant  biofuel  e.coli  bacteria  enzyme  production  catalyst 
july 2018 by asteroza
Swimming bacteria work together to go with the flow
So if harnessed together, a fleet of bacteria can turn the liquid they are in into a superfluid...
bacteria  low  fluid  viscosity  superfluid  physics  biology  research  technology 
july 2018 by asteroza
All languages speak syllables at about the same rate. Neuroscientists now know why | Big Think
So there's a reason the motor cortex is involved in language processing, and why most human languages use a 4-5Hz syllable rate. Entrained auditory signals are chunked at about 4.5Hz., motor cortex internally oscillates at 4-5Hz
brain  neurology  human  language  processing  research  biology 
june 2018 by asteroza
Structural and functional studies of a Fusarium oxysporum cutinase with polyethylene terephthalate modification potential. - PubMed - NCBI
This is the original japanese bacteria found at a waste dump that had evolved to eat PET plastic waste. The enzyme that enabled this was recently further isolated and refined.
PET  plastic  waste  enzyme  biology  chemistry  research  technology 
april 2018 by asteroza
Engineering a plastic-eating enzyme
Isolated a japanese bacteria's plastic eating enzyme, and accidentally made it more powerful.

DOI link is busted
PET  enzyme  biology  materials  science  chemistry  research  technology  plastic  waste 
april 2018 by asteroza
AuB - Athlete micro-biome Bank
So a former soccor player is collecting athlete poop for human microbiome specimens. Since apparently high performance atheletes seem to have fairly different microbiomes from the average person, this is a source of interest for human biology. Potentially, this could lead to performance enhancement treatments, similar to fecal transplants that current move new gut bacteria into people with no/poor performing gut microbiomes.
japan  athelete  microbiome  bank  collection  service  biology  research  human  medicine  health 
april 2018 by asteroza
Culture Robotics
New startup that lets you order bioreactor manufacturable stuff over the web, such as custom proteins and potentially synthetic organisms. Naturally they better be screening the orders for bioweapon parts...
artifical  biology  bioreactor  protein  synthesis  service 
march 2018 by asteroza
Photosystem II Subunit S overexpression increases the efficiency of water use in a field-grown crop | Nature Communications
Single gene tweaks drops water usage by 25% but keeps yield up apparently for tobacco, should work for other plants.
GM  genetically  modified  plant  low  water  usage  efficiency  agriculture  biology  science  research  technology 
march 2018 by asteroza
Solugen - The Makers of Bioperoxide
Using CRISPR/cas9 enzymes to process biomass into peroxide, with a more software like lifecycle to tweaking genes to make the enzymes
GM  genetic  engineering  biology  CRISPR  cas9  enzyme  chemical  processing  biomass  peroxide  production  manufacturing 
october 2017 by asteroza
An algal photoenzyme converts fatty acids to hydrocarbons | Science
GM bacteria using algae derived genes can convert fat to hydrocarbons using mostly (only?) blue light, by slicing off the carbon on a lipid chain with an enzyme
GM  genetic  engineering  modified  bacteria  algae  enzyme  fat  lipid  hydrocarbon  conversion  synfuel  production  biology  materials  science  resarch  technology  upconversion  catalyst  photoenzyme  biofuel 
september 2017 by asteroza
Cyborg Bacteria Change the Game in Carbon Dioxide Reduction - IEEE Spectrum
tweaked bacteria equipped with cadmium sulfide nanocrystals have superior photosynthesis efficiency, converting sunlight and CO2 into acetic acid, which can be fed to other tweaked E. Coli who can convert acetic acid to butanol.
artificial  photosynthesis  cadmium  sulfide  nanocrystal  bacteria  CO2  fixation  biology  materials  science  research  technology  synthetic  synfuel  biofuel 
august 2017 by asteroza
Enhanced Development of Skeletal Myotubes from Porcine Induced Pluripotent Stem ...
Artificial muscle cells from pig stem cells, without using fetal bovine serum as the growth medium. Growth medium had previously been the limiter on artificial cell meat for food due to bovine prion risk (Mad Cow disease).
artificial  meat  food  pig  stem  cell  muscle  biology  research  agriculture  Delicious 
february 2017 by asteroza
Bioelectrochemical Haber–Bosch Process: An Ammonia-Producing H2/N2 Fuel Cell - M...
Room temp ammonia production via a biofuelcell using an enzyme, but requires ATP as well as H2/N2. Likely more energy intensive overall, but perhaps easier to implement?
fuelcell  biofuelcell  enzyme  ammonia  production  materials  science  biology  research  technology  Delicious 
february 2017 by asteroza
The genomic landscape of rapid repeated evolutionary adaptation to toxic polluti...
Apparently the Atlantic Killifish has some sort of rapid evolution gene quirk, which has allowed it to adapt quickly to human polluted waters fast.
fish  biology  DNA  gene  rapid  accelerated  evolution  research  Delicious 
december 2016 by asteroza
A synthetic pathway for the fixation of carbon dioxide in vitro | Science
Artificial CO2 fixation cycle (CETCH) made from a combo of 11 enzymes found across animals and plants appears to be 2-3 times faster and 25% more energy efficient than the Calvin cycle, but outputs a weird glyoxylate (which can be further converted to other stuff but...) rather than glucose so now just need to stuff a synthetic bacterium with DNA to build and operate those 11 enzymes to see if it really is better than photosynthesis. Primary boost is replacing RuBisCO with the enzyme ECR for better initial CO2 capture.
synthetic  CO2  carbon  fixation  enzyme  cycle  artificial  photosynthesis  biology  research  technology  optimized  designer  organism  metabolism  Delicious 
november 2016 by asteroza
Photonic multilayer structure of Begonia chloroplasts enhances photosynthetic ef...
Apparently this plant has highly ordered thylakoid tower structure choloroplasts resembling a multilayer photonic crystal, thus implementing slow light techniques to capture more green and red light.
photonic  crystal  high  order  ordered  thylakoid  chloroplast  multilayer  solar  power  biology  physics  slow  light  materials  science  research  photosynthesis  structure  photochemical  propagation  capture  photochemistry  Delicious 
october 2016 by asteroza
Feeding Single-Walled Carbon Nanotubes or Graphene to Silkworms for Reinforced S...
Hrm, so it didn't kill the silkworms or degrade their output too much? I thought nanotubes are the new asbestos because of cell wall interactions...
biocomposite  graphene  CNT  carbon  nanotube  silkworm  silk  fiber  production  manufacturing  compsite  materials  science  research  technology  biology  nanotechnology  Delicious 
october 2016 by asteroza
A minimized human insulin-receptor-binding motif revealed in a Conus geographus ...
So cone snails secrete a variant fast acting insulin into surrounding water to make prey go hypoglycemic to stun them. Overall effectiveness in humans is lower, but it also appears to be faster acting than current insulin types in medicine.
cone  snail  venom  insulin  fast  biology  medicine  health  Delicious 
september 2016 by asteroza
Longer Contact Times Increase Cross-Contamination of Enterobacter aerogenes from...
So they did 5 second rule research, results are basically wet foods, particularly watermelon are a no-go, but dry foods on carpet (if the carpet isn't filthy) might be okay.
food  contact  contamination  biology  research  5  second  rule  Delicious 
september 2016 by asteroza
(IUCr) Structure of a heterogeneous, glycosylated, lipid-bound, in vivo-grown pr...
So there is apparently a cockroach that births live young, and lactates to feed them. The milk they produce has a special multilayered milk protein crystal structure that acts as a time release complete food as it's processed, with integrated proteins/lipids/sugars. If this can can be reasonably synthesized, it' s a superfood (crystals have 3 times the caloric content of buffalo milk)
cockroach  milk  superfood  multilayer  protein  crystal  food  biology  materials  science  research  technology  Delicious 
july 2016 by asteroza
Lubricating the swordfish head | Journal of Experimental Biology
Like polymer injection lubing to allow submarines to briefly have higher speed, swordfish excrete oil from their sword bill to reduce drag at high speeds.
biology  biolocomotion  drag  reduction  oil  lubricant  ejection  swordfish  locomotion  Delicious 
july 2016 by asteroza
Water splitting–biosynthetic system with CO2 reduction efficiencies exceeding photosynthesis | Science
engineered bacteria eat CO2 and H2, output alcohols, so paired with a water cracking catalyst dumping H2 driven by solar panels, can beat natural photosynthesis efficiency
hybrid  biohybrid  symbiotic  artificial  photosynthesis  solar  SolarFuel  biomass  alcohol  biology  materials  science  biosynthetic  electrolysis  catalyst  CO2  carbon  capture  Nocera  Delicious 
june 2016 by asteroza
A shape-anisotropic reflective polarizer in a stomatopod crustacean : Scientific Reports
Mantis shrimp have optical structures that manipulate light across the structure rather than by depth in conventional polarizers, allowing polarized optical communication.
shrimp  optical  communication  biomimicry  light  polarizer  structure  physics  materials  science  research  technology  biology  tuned  biophotonic  photonic  Delicious 
february 2016 by asteroza
BESC, Mascoma develop revolutionary microbe for biofuel production | ornl.gov
Err, it's great that they've substantially improved the ethanol production speed and conversion ratio, particularly the xylose conversion, but what happens if this yeast gets out into the wild? If it's such a beast at sugar conversion, that might end up being a problem too...
xylose  conversion  cellulosic  ethanol  biofuel  production  yeast  biology  research  technology  Delicious 
june 2015 by asteroza
A virus that infects a hyperthermophile encapsidates A-form DNA
SIRV2, a virus that can basically survive boiling acid, has an armoring structure that may be useful for designing new therapies
extremophile  virus  rudivirus  biology  medicine  health  research  Delicious 
may 2015 by asteroza
The Impact of Gamma Radiation on Sediment Microbial Processes
Rad resistant bacteria more rad resistant than previously thought, may possibly be boosted by radiation while biologically processing soluble nuclear waste into insoluble forms.
extremophile  radiation  resistant  bacteria  biology  research  technology  nuclear  waste  remediation  Delicious 
may 2015 by asteroza
N2 gas is an effective fertilizer for bioethanol production by Zymomonas mobilis
Wow,um,so old data was wrong and new redone data says this bacteria can be fed pure nitrogen gas as fertilizer for cellulosic ethanol production, and it's awesome. Which basically means an oxygen gas separation plant's effuse of nitrogen and CO2 could be fed directly into the bacterium beds. Air Liquide must love this news...
biofuel  cellulosic  ethanol  production  biology  research  technology  nitrogen  gas  fertilizer  bacteria  feedstock  Delicious 
february 2015 by asteroza
« earlier      
per page:    204080120160

related tags

2.0  3D  ability  absorber  absorption  academic  accelerated  access  acid  acidity  acoustic  activated  adaptive  adhesive  aeration  aerial  aerodynamics  aging  agriculture  AI  air  alcohol  algae  algorithm  amino  ammonia  analog  analysis  analytics  animal  animals  ant  antiaging  antibody  antiradiation  apoptosis  applied  architecture  archive  armor  ARPA-E  art  artifical  artificial  athelete  atheltics  atmospheric  audio  augmentation  automated  autonomous  AUV  azimuth  bacteria  baffle  baking  bank  battery  beak  behavior  behvaior  behvior  bicarbonate  bicyclobutane  bioaerial  BioBricks  biocement  biocompatible  biocomposite  biodegredation  biodiesel  biodynamics  bioelectric  bioelectricity  bioelectrochemical  bioelectronics  bioencryption  bioengineering  bioethanol  biofabber  biofuel  biofuelcell  biogas  bioharddisk  biohybrid  biohydrogen  bioinformatics  biolaser  biolocomotion  biological  biology  biomanufacturing  biomass  biomaterial  biomechanics  biomimicry  biomineral  bionanolaser  bionanotech  bionic  biophotonic  biophysics  bioprinter  bioreactor  biosynthesis  biosynthetic  biotech  biotechnology  BioTime  bird  black  blood  blue  body  boost  brain  brine  bubble  burning  cadmium  camelina  camouflage  cancer  capacitor  capillary  capsid  capture  carbon  carbonate  carrier  cas9  catalyst  cathode  CBLB502  celestial  cell  cellular  cellulosic  cement  CFD  chemical  chemistry  chloroplast  Clathrin  club  CNT  CO2  coating  cockroach  code  cognition  cognitive  coherence  collaboration  collaborative  collection  collector  colony  color  communication  community  comparison  composite  compsite  computational  computer  computing  cone  construction  contact  contamination  control  conversion  cooling  core  corn  correction  cost  countermeasure  CRISPR  crowdfunding  cryopreservation  crypsis  crystal  CT  cube  cubic  current  custom  cyanobacteria  cyber  cybernetics  cyborg  cycle  cynobacteria  damper  DARPA  data  database  dead  decryption  defense  Delicious  delivery  desalination  design  designer  development  devices  diabetes  dictionary  dinosaur  dioxide  direct  diversity  DIY  DNA  DoE  dopa  drag  drone  dump  dye  dynamics  e.coli  earth  eating  echolocation  ecoli  education  efficiency  ejection  elastic  elastomer  electrical  electricity  electrode  electrolysis  electron  electronics  emergent  emulation  encapsulated  encoding  encryption  Encyclopedia  energy  enforcement  engine  engineered  engineering  environment  enzyme  EoL  error  ethanol  EUK-400  eutropha  evidence  evolution  evolutionary  exchange  exercise  exoelectrogen  experiment  ExQor  external  extracellular  extraction  extreme  extremophile  fabber  fabbing  fabrication  fake  farm  farming  fast  fat  feces  feed  feeding  feedstock  fermentation  ferroelectric  fertilizer  fexaramine  fiber  filetype:pdf  film  fin  fish  fixation  fixing  flat  flight  flipper  floating  flock  flocking  flourescent  fluid  fluorescent  fly  flying  fMRI  foam  folding  food  forensic  forensics  foundry  fruit  fuel  fuelcell  fungus  fur  galactose  gas  gasbag  GEMs  gene  generation  generator  genetic  genetically  genetics  genotype  geobacteria  geobactor  geometry  GFP  giraffe  glove  glowing  GLP-1  glucose  GM  GMO  gold  golg  government  graphene  graphic  green  group  GTL  guanine  guide  gut  halophyte  halophytes  hardware  harvester  healing  health  heat  heating  helioculture  hermaphrodite  hero  hierarchy  high  HomerSimpsonGene  hornet  horse  human  humor  hunt  hunting  hybrid  hydrocarbon  hydrodynamics  hydrogel  hydrogen  hydrogenase  hydromembrane  hydroponic  hydroponics  illuminator  image  imaging  IMEC  immortal  impact  implant  implantable  imprinted  industrial  information  infoviz  infrared  innovation  insect  insitu  insulin  intelligence  interlocking  internal  intravenous  ion  IPS  IR  iridescence  isobutanol  isolation  isopropanol  israel  japan  jellyfish  jump  jumping  KE  kickstarter  killswitch  kinematics  kinetic  knowledge  knowledgebase  language  large  laser  launch  law  LCD  learning  LED  level  library  life  lifehacks  light  lighting  limestone  limiter  lipid  liposome  liverwort  living  locomotion  logic  low  lubricant  magnetic  maize  man-of-war  management  mantis  manufacturing  marine  mars  materials  mathematics  mating  mdeical  measurement  meat  mechanical  mechanics  mechanism  media:document  medical  medicine  membrane  memory  mesh  metabolic  metabolism  metal  meth  methamphetamine  methane  methodology  mexico  microalgae  microbe  microbial  microbiome  microbubble  microcapsule  microdevices  microgenerator  microorganisms  microparticle  microprocessor  microstructure  military  milk  mind  mineral  minimum  mirrorball  misdirection  MIT  model  modeling  modification  modified  molecularly  moth  motion  motor  movement  multilayer  multiwall  muscle  mussel  nanobead  nanocomposite  nanocrystal  nanolaser  nanomaterial  nanoparticle  nanoribbon  nanorod  nanoscale  nanostructure  nanotech  nanotechnology  nanotube  nanovector  NASA  natural  nature  navigation  navy  near  network  neurology  neuron  neuroscience  nitrogen  Nocera  nomenclature  notebook  NTH  nuclear  nutrition  nylon  ocean  oil  online  open  opendata  OpenWetWare  optical  optics  optimized  order  ordered  ordovician  organic  organism  orgiami  oxygen  packing  paleontology  palm  panasonic  paper  pathway  PDMS  peak  pellet  peroxide  perrottetinene  PET  phosphorus  photo  photobioreactor  photochemical  photochemistry  photocurrent  photoenzyme  photonic  photosynthesis  photosythesis  physics  picture  pig  pill  plant  plants  plastic  platelet  plesiosaur  polarcrypsis  polarized  polarizer  police  polydimethylsiloxane  polyethylene  polymer  polymeric  population  portuguese  postprocessing  power  preservative  prestin  printer  printing  process  processing  production  propagation  propane  propellant  propulsion  protein  proteorhodopsins  prototyping  psychology  pterosaur  pumped  purity  quadrupedal  quantum  quorum  radiation  radiator  raman  rapid  receiver  recombinant  recovery  red  reduction  reed  reference  regulation  reinforcement  remediation  repository  reproduction  reprogramming  resarch  research  resistant  resource  resources  respiration  respirocyte  retinal  RGS14  rich  ring  RLIP76  road  robot  robotics  rocket  RocketHub  rodent  root  rotary  RTX  rudivirus  rule  run  sailing  saline  salmon  saltwater  sand  sandstone  scan  scanning  scavenging  school  schooling  science  sciences  scutoid  sea  Seambiotic  seawater  seaweed  second  security  self  self-assembly  self-healing  semiartificial  sensing  sensitized  sensor  separation  sequence  sequestration  service  shape  sheen  ship  shrew  shrimp  sickness  silk  silkworm  simulation  simultation  single  size  skeleton  skin  skins  SLAM  slow  slug  snail  soda  sodium  solar  SolarFuel  solid  soloman  sorting  space  spaceflight  spacesuit  species  spectroscopy  spectrum  speed  sperm  spider  spine  splitting  squid  stackable  startup  state  statistics  stealth  stem  stimulation  storage  stratospheric  strength  structural  structure  study  substitute  substrate  sugar  sulfide  sun  supercapacitor  superfluid  superfood  suspension  swarm  swarming  SWARMS  swimming  swordfish  symbiosis  symbiotic  synfuel  synthesis  synthetic  takeoff  taxonomy  tDCS  technique  technology  teeth  telomerase  telomere  temperature  terminology  terms  test  testing  THC  theoretical  theory  therapy  thermal  thermoregulation  thin  thylakoid  tissue  topology  Toucan  transcranial  transcriptional  transgenic  transhuman  transhumanism  transition  transport  treatment  trojan  tryptophan  tube  tuned  tweaking  tweaks  UAV  UGV  ultrasound  ultraviolet  underwater  upconversion  usage  UV  vascular  vehicle  venom  vertebrae  vessel  virus  viscosity  visual  visualization  warming  waste  water  waxworm  wearable  web  wheel  wideband  wiki  wrapper  xanthopterin  xylose  yeast 

Copy this bookmark:



description:


tags: