The loose organization of DNA in muscle cells suggests that the genes necessary for muscle function and development are actively being transcribed, facilitating higher levels of gene expression. In contrast, the tight coiling of DNA in lung cells indicates that those genes are likely not being transcribed at that moment, suggesting a more repressed state for regions not required for immediate lung function. This differential organization reflects the specific gene expression profiles and functional requirements of the two cell types.
Usually a liquid, but some solids, like ice, have the molecules more spread apart, making it less dense than the liquid. If, by "loosely packed," you mean being able to slide past each other, then the liquid is always the answer.
Proteins that are loosely associated with the phospholipid bilayer are referred to as peripheral proteins, while those that are tightly bound to it are called integral or transmembrane proteins. Peripheral proteins typically interact with the membrane surface and can be easily removed, whereas integral proteins penetrate the lipid bilayer and often span across it, playing crucial roles in transport and communication.
Tightly packed conditions refer to situations where individuals or objects are closely and densely positioned or organized within a limited space. This can lead to constraints on movement, ventilation, or other interactions, which may have implications for safety, comfort, or efficiency.
Yes, the ability of atoms to conduct electricity is related to the presence of loosely held electrons. In metals, for example, electrons are free to move throughout the structure, allowing for the flow of electricity. In insulators, the electrons are tightly bound to the nucleus and cannot move easily, limiting conductivity.
In solids, molecules are tightly packed in a fixed arrangement. In liquids, molecules are more loosely packed and move freely. In gases, molecules are spread out and move independently of each other.
very tightly
FDBSs can be categorized as loosely coupled or tightly coupled based on who manages the federation and how the com- ponents are integrated. interoperable database system ( loosely ) An FDBS is loosely coupled if it is the user's responsibility to create and maintain the federation and there is no control enforced by the feder- ated system and its administrators. A federation is tightly coupled if the federation and its adminis- trator(s) have the responsibility for creat- ing and maintaining the federation and actively control the access to component DBSs. A loosely coupled FDBS always supports multiple federated schemas. A tightly coupled FDBS may have one or more federated schemas. A tightly coupled FDBS is said to have single federation if it allows the creation and management of only one federated schema. A tightly coupled FDBS is said to have multiple federations if it allows the creation and management of multiple federated schemas
scoliosis
Chromosomes are tightly packed DNA, consisting of long strands of DNA wrapped around proteins called histones. This compact structure helps to ensure that the DNA is able to fit inside the nucleus of a cell and is organized in a way that allows for efficient regulation and replication.
Coenzymes has a complex structure. They are a group of co-factors that are tightly or loosely attached to enzymes.
to allow expansion in summer
Usually a liquid, but some solids, like ice, have the molecules more spread apart, making it less dense than the liquid. If, by "loosely packed," you mean being able to slide past each other, then the liquid is always the answer.
It can be either or even both - depends on how the designer(s) designed the distributed systems
The cells of bread mold are loosely arranged. This is the opposite of the cells of mushrooms which are packed tightly together.
A solid.
In a tightly coupled multiprocessor system, processors share a common memory and are connected through a high-speed interconnection network, allowing for efficient communication and coordination. In contrast, in a loosely coupled multiprocessor system, processors have separate memories and communicate through message passing, which can lead to slower performance but greater flexibility in terms of scalability and fault tolerance.
You can look at the r value and tell from there. Also you can try to see if there is a linear assocation and if its tightly centered or loosely centered.