This is an outline of the themes, topics, fields, and resources developed or under development for the course principles of radiation astronomy or related courses involving any of various radiation astronomies. Titles or synonyms for titles, where applicable, are on the right.
- 1 Notations
- 2 Universals
- 3 Astronomy
- 4 Radiation
- 5 Planets
- 6 Minerals as sources
- 7 Theory for the field
- 8 Universals for radiation astronomy
- 9 Charge in the universe
- 10 General radiation topics
- 11 Radiation bigger than atoms or nuclei
- 12 Particulates like atoms and nuclei
- 13 Electromagnetic radiation
- 14 States of matter
- 15 Rocky objects
- 16 Astrochemistry
- 17 Atmospherics
- 18 Special techniques
- 19 Astronomical objects
- 20 History
- 21 Mathematical astronomy
- 22 Astrophysics
- 23 Technology in all its forms for astronomy
- 24 Hypotheses
- 25 See also
- 26 References
- 27 External links
"Incorporating tracking studies into clinical trials of cell-based therapy at the earliest stage can provide proof of mechanism of the therapy and permit evaluation of the many contributory variables, even on a patient-by-patient basis."
"[B]iochemical markers [may be used] for early proof of mechanism"
"One early “proof of mechanism” study of farglitazar, a non-TZD PPARγ agonist, assessed 24-h insulin and glucose profiles in a double-blind, randomized, placebo-controlled study in patients with type 2 diabetes."
Provide a general example from the astronomical literature about the lecture field.
Provide a general example from the astronomical literature about the lecture field and uses of radiation.
Provide a general example from the astronomical literature about the lecture field that may be from planetary astronomy or may result from the object being radiated into an orbit within a light of another object.
Minerals as sourcesEdit
Theory for the fieldEdit
Universals for radiation astronomyEdit
Charge in the universeEdit
General radiation topicsEdit
Radiation bigger than atoms or nucleiEdit
Acoustical astronomy actually uses radiation astronomy to study large matter waves, oscillations, or vibrations.