Definition: Demo.openmrkt.com is a subdomain on OpenMRS that allows users to view and modify data from their OpenMRS projects. It provides a public interface for submitting, modifying, and retrieving data updates. The domain uses HTTPS for secure communication. Detailed definition: A demo.openmrkt.com URL or IP address represents a site where individuals can test and adjust various aspects of open-source models used in OpenMRS. This includes the software, hardware, configuration settings, etc., which are accessible from a single URL to users who can interact with the project's data repositories. Demo.openmrkt.com is often used for testing different components of OpenMRS applications or for making small changes to existing systems before deployment on larger projects.

demo.openmrkt.com/

Definition: Nmr stands for "natural membrane receptor". It's a cellular receptor found on cells, such as nerve endings in skin. Detailed definition: "The natural membrane receptor is a cell-specific protein that interacts with the extracellular matrix to regulate tissue function." This molecule helps maintain homeostasis by sensing signals from external stimuli, signaling or signals received by neighboring cells, and then responding accordingly.

nmr

Definition: The word "nmr4d" is a Hebrew term meaning "the son of the holy." It refers to an individual who receives divine favor, usually through the act of childbirth or birth, and therefore, has a divine connection. The term signifies a spiritual or religious nature.

nmr4d

Definition: NMR stands for Nuclear Magnetic Resonance, a technique used to study molecules or other materials. It involves measuring the magnetic properties of atoms or ions in a substance through changes in their nuclear spins, which can be measured with high accuracy. The term "nmr500" typically refers to a specific instrument or set of components that are utilized for NMR studies.

nmr500

Definition: NMR stands for Nuclear Magnetic Resonance, which is a type of spectroscopy that allows researchers to look at atoms and molecules by using magnetic fields. It's used in various fields like chemistry, biology, and physics to study atomic and molecular structures. The definition of "nmra" can be quite broad, but here are some key details: NMR stands for Nuclear Magnetic Resonance, which is a type of spectroscopy that allows researchers to look at atoms and molecules by using magnetic fields. - It's used in various fields like chemistry, biology, and physics to study atomic and molecular structures.

nmra

Definition: The term "nmr" in chemistry refers to nuclear magnetic resonance, a method for analyzing chemical compounds that involves using magnets to shift electrons around atoms or molecules. The specific process used involves placing a magnet at one end of a sample and applying a magnetic field to align the spins of electrons within the material. This alignment results in an electrical signal that can be read off of the sample by analyzing it, giving researchers insights into the structure and chemical composition of substances.

nmrb

Definition: NMR stands for nuclear magnetic resonance. This method detects changes in atoms, molecules, or ions within an object using a magnetically sensitive material that has been turned on and off periodically. The process helps scientists understand how these substances interact with each other and their environment.

nmre

Definition: "NMRF" stands for "Neural Net in Machine Readability." It's a type of machine learning model that can be more readable by human readers.

nmrf

Definition: "Nmrg" in the Bible refers to a great multitude, meaning many people gathered together for an assembly or meeting. It also means many individuals who share beliefs, so it could be used metaphorically to describe the vast number of people present in a gathering. The word is commonly found in the Old Testament and New Testament, where it's often associated with groups that participate in community gatherings and spiritual meetings.

nmrg

Definition: NMR stands for nuclear magnetic resonance. It's a technique used to study molecular structure by observing changes in energy levels of atoms within molecules. Detailed definition varies widely, but it typically involves detecting the shifts or "nuclear magnetic moments" in the electrons that make up atoms in a molecule, which can be used to reveal information about the compound's chemical bonds and properties.

nmrh