Epidermal Growth Factor (EGF) is a low molecular mass protein produced in a variety of tissues and cells. In tissue culture, EGF reduces or eliminates the need for serum and can be used in combination with other media additives and hormones. EGF has a variety of biological activities, including induction of cell proliferation, differentiation,...
Fibroblast Growth Factor (FGF) is a class of cell growth factors. 23 members of the FGF family have a wide range of mitogenic and cell survival activities and are involved in a variety of biological processes, including embryonic development, cell growth, morphogenesis, tissue repair, tumor growth, and invasion. Aberrant activation of the...
With the development of RNA vaccines, the improvement of the stability of RNAs has been a great challenge. Fortunately, circular RNAs show great potential ahead of this challenge. The structural advantage of circular RNAs brings it higher stability, especially against the degradation of exonucleases. Endogenously produced circular RNAs are 2 to...
Based on expertise in the synthesis, bioconjugation and purification, IntegrateRNA offers custom antibody-oligonucleotide conjugates (AOCs) for global customers. We have developed methods to link the oligos to the target antibody via terminal functional groups such as protected sulfhydryls, maleimide. To deliver high-quality conjugates and...
Compared with small molecular drug and protein-based drug, siRNA-based drug has distinct advantages, including high specificity, high potency and reduced toxicity. It also provides a strong option for those undruggable and untaggable targets of small molecules and antibodies. In addition, siRNA-based drug plays an important role in developing...
"Efficient Keyword Spotting Accelerator for Caravel SoC: A CNN-Based Approach" is a project aimed at designing a hardware accelerator optimized for keyword spotting tasks on the Caravel System-on-Chip (SoC) platform. Leveraging Convolutional Neural Networks (CNNs), the accelerator aims to achieve high accuracy and low-latency performance while...
Biofluids represent an ideal source of material for biomarker development projects. Extracellular DNA, RNA, and some proteins are stably maintained in cell-free biofluid samples, even when sample processing is not optimal. In addition, biofluids derived from the respiration, digestion, or excretion are able to be collected routinely with...
Formalin-fixed paraffin-embedded (FFPE) tissue specimens are mainly used by the medical community and researchers to preserve biopsy samples in formaldehyde and then embed them into paraffin wax blocks. This process preserves the proteins and structures of the tissue. After storing it into a block, thin slices of the FFPE block can be made and...
Frozen tissues samples have been widely used in medical research for cancer and other diseases to examine cell morphology, disease status, intracellular and intercellular communication, as well as biopsy tissue sections.
Creative Biogene is pleased to introduce the microbial genome editing service for knock-in, knock-out or gene replacement in bacteria and fungus. Our service employs a gene editing system to target up to five genes simultaneously, ensuring the accuracy down to the base pair.
Creative Biogene is a leading company offering the best microbial gene expression service. Backed by years of development and research experience, our talented scientists will help you achieve your research goals quickly and efficiently. They would research closely with you to offer your one stop service in microbial gene expression system. All...
Microbial cell surface display technology holds great strategic potential for expressing heterologous proteins or polypeptides with a distinct function on the surface of microbial cells. To gain amenable cell surface exposure, the passenger protein could be fused with various anchoring motifs (carrier protein), which are usually cell-surface...
We will pre-train a KWS model offline, then extract the computations related structure, activation functions and weight layers of the trained model to implement on the chip, to achieve KWS inference on chip.
The challenge aims to leverage generative AI to develop an open-source hardware accelerator designed explicitly for Keyword Spotting (KWS) applications on the Caravel System-on-Chip.
University of South Alabama Custom SRAM project 03. This project includes a 32x1024 Truncation SRAM, also includes a 10x64 6T & 4T Differtential Privacy SRAM, and 2x2 Memristor (ReRAM) array.
This is a capstone course project led by Professor Jacques C. Rudell, along with the PhD candidate Ahmed R. Aboulsaad.
The tape-out chip will include 4 projects designed by undergraduate students and graduate students:
1- Quantum Controller Receiver Project.
2- Audio Amplifier Project.
3- Bi-directional Wireline Chip Interface...
Purpose of this project is to develop a Keyword Spotting hardware accelerator using a generative AI(such as Rapidgpt) to use on Caravel System-on-Chip. I will try to efficiently use as many coefficients as I can of the mel-frequency cepstrum algorithm. If better suited algorithms are found they will be used. The testbenches will also be written...
Multi-project chip containing student-submitted designs in the 18-224 Intro to Open Source Chip Design class at Carnegie Mellon University for Spring 2024 semester
CD BioSciences, a prominent biotech company, has recently unveiled its latest and innovative service on cytoskeleton-based tumor marker development. This groundbreaking service can be utilized for preclinical tests to determine the tumor type and predict disease progression
Creative Bioarray has the ability to successfully isolate and culture various types of blood cells from different species. More specific subsets of blood cells can be isolated and used in biological assays and therapeutic applications. We have established mature protocols to provide ideal cells with fast turnaround time upon your request.