As nouns the difference between greyhound and trialling

is that greyhound is a lean breed of dog used in hunting and racing while trialling is the running of trial races, especially for horses or greyhounds.

As verbs the difference between greyhound and trialling

is that greyhound is to leap rapidly across the surface of the water while trialling is present participle of lang=en.

As a noun stomata

is .

As an adjective amphistomatic is

(botany|of a leaf) having stomata on both sides.

As a verb dedicate

is to set apart for a deity or for religious purposes; consecrate.

As an adjective dedicate

is (obsolete) dedicated; set apart; devoted; consecrated.

As a noun oblati is

(religion|roman catholicism) children dedicated in their early years to the monastic state.

As nouns the difference between monastic and oblati

is that monastic is a person with monastic ways; a monk while oblati is children dedicated in their early years to the monastic state.

As an adjective monastic

is of or relating to monasteries or monks.

As nouns the difference between interaction and biophotonics

is that interaction is the situation or occurrence in which two or more objects or events act upon one another to produce a new effect; the effect resulting from such a situation or occurrence while biophotonics is (biochemistry|physics) the study of the interaction of individual photons with biological structures.

As nouns the difference between photon and biophotonics

is that photon is photon while biophotonics is (biochemistry|physics) the study of the interaction of individual photons with biological structures.

As an adjective biological

is of or relating to biology.

As a noun biophotonics is

(biochemistry|physics) the study of the interaction of individual photons with biological structures.

Biophotonics is a related term of photonics.

As nouns the difference between photonics and biophotonics

is that photonics is the science and technology of generating and controlling photons, particularly in the visible and near infrared light spectrum while biophotonics is the study of the interaction of individual photons with biological structures.

Nanobiophotonics is a derived term of biophotonics.

As nouns the difference between nanobiophotonics and biophotonics

is that nanobiophotonics is (biology|physics) the application of nanotechnology to biological research; especially the development of advanced imaging systems while biophotonics is (biochemistry|physics) the study of the interaction of individual photons with biological structures.

As nouns the difference between nanotechnology and nanobiophotonics

is that nanotechnology is the science and technology of creating nanoparticles and of manufacturing machines which have sizes within the range of nanometres while nanobiophotonics is the application of nanotechnology to biological research; especially the development of advanced imaging systems.