Labeling bio images just got 10x faster 🏎️
Watch our best AI model yet in action, released today as AI Detect on @BiodockAI.
You prompt one object, it finds the rest. Try it for free now!
Biological images often contain objects of dramatically different scales.🔍
Introducing Size Groups on @BiodockAI, which allows AI to zoom in and out like a telescoping lens to see your biological objects at the optimal scale. 🧵 (1/5)
#microscopy#pathology#biology
Calling bioinformaticians👨💻: Announcing the Biodock API - integrate AI image analysis at scale with a POST request, now in public beta and free to use! (1/6 🧵)
#bioinformatics#microscopy#pathology#biology
Introducing AI Prelabel for all bioimages 🔬 - build AI models using AI models. Read about how it works below! (1/10)
@BiodockAI#microscopy#pathology#Biology
Introducing AI Click powered by Segment Anything (SAM) for biological images, on Biodock. We’ve worked hard to make SAM much more useful for bio - read below to find out how!
What if we could literally see the effects of drugs at the cellular scale? Today, @lencriv shares how image-based profiling is rising as a high-throughput method for drug discovery.
https://t.co/fBiyuTDdZk
#drugdiscovery#imageanalysis#segmentation
Now that Biodock's end-to-end AI platform is out of beta, powerful AI for image analysis is easily accessible. In today's article, @lencriv reports his experience using Biodock to compare healthy and diseased muscle tissue. https://t.co/QJHKndHFj3
#AI#musclefiber#Microscopy
We all know the microbiome is very important for our health. Today, we will be talking about microbial community visualization using RNA-FISH.
#health#imageanalysis#microbiome
https://t.co/sAooAYMCbS
@Mucus_Man@MichaelLee04 Thank you for your inquiry. We don't have a centralized place to access community-developed pipelines - however, academic users can share their AI with each other and keep improving.
How can we look beyond the surface? In today's article, @lencriv focuses on Gradient Index (GRIN) optics and how GRIN lenses are serving as a window into the deepest areas of the brain and body. #GRINImaging#GRINLens#inscopix#miniscope https://t.co/KFx2SRYAu1
Labeling bio images for AI just got 10x faster🏎. Today, we’re releasing Biodock Autolabel, and it’s kind of magical. We trained it on thousands of bio images so you can use it without training. (1/6)
@BiodockAI#microscopy#pathology#biology
With Biodock, you can build AI image analysis models without writing a line of code. Here we are discussing two important concepts in the image analysis: instance vs semantic segmentation.
#ai#biodock#imageanalysis#biologicalsciences
https://t.co/pkiblQhKZj
Today, we’re announcing that Biodock is coming out of beta. Biodock is the easiest way for biologists to create a remarkably accurate, AI pipeline for any bio images 🔬. It takes an afternoon, doesn’t require any code, and is incredibly accurate.
A thread (1/8):
Like the carefully timed notes of a piano piece, faculties of the brain are achieved by the patterned firing of neural ensembles. Here @lencriv discusses how holographic optogenetics aims to recreate that pattern #optogenetics#holography
https://t.co/e5Dp1vS33P
In today's blog post we are discussing a recent paper by Wu et al.. They present a new microscopy platform that builds on confocal using AI approaches and technical innovations.
#ai#ml#microscopy#cloudcomputing#biodock
https://t.co/MZxdznkyKf
The diffraction limit of optical systems has kept the nanoscopic world outside our grasp for decades. Today, @lencriv discusses how Expansion Microscopy is expanding what is knowable at the nanoscale... literally #ExM#Microscopy
https://t.co/WcrUvZdOKA