Main Page News - Revision history

Joel L. Sussman: /* Proteopedia status */

2016-07-23T07:09:46Z

Proteopedia status

←Older revision		Revision as of 07:09, 23 July 2016
Line 9:		Line 9:

	===Proteopedia status===		===Proteopedia status===
-	Proteopedia exceeded 2,~~700~~ registered users from 54 countries in ~~November~~, ~~2013~~. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.	+	Proteopedia exceeded 3,300 registered users from 56 countries in July, 2016. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.

-	Proteopedia currently contains over ~~3400~~ user-created articles, and over 93,000 automatically created pages corresponding to each of the structures released by the PDB.	+	Proteopedia currently contains over 3,400 user-created articles, and over 120,000 automatically created pages corresponding to each of the structures released by the PDB.

	There are ~26,000 human visits and 59,000 bots visits weekly. The leading countries in accessing Proteopedia are the United States, Japan, Spain and China.		There are ~26,000 human visits and 59,000 bots visits weekly. The leading countries in accessing Proteopedia are the United States, Japan, Spain and China.

Joel L. Sussman: /* Proteopedia status */

2014-09-24T12:23:27Z

Proteopedia status

←Older revision		Revision as of 12:23, 24 September 2014
Line 9:		Line 9:

	===Proteopedia status===		===Proteopedia status===
-	Proteopedia exceeded 2,~~500~~ registered users from 54 countries in November, 2013. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.	+	Proteopedia exceeded 2,700 registered users from 54 countries in November, 2013. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.

	Proteopedia currently contains over 3400 user-created articles, and over 93,000 automatically created pages corresponding to each of the structures released by the PDB.		Proteopedia currently contains over 3400 user-created articles, and over 93,000 automatically created pages corresponding to each of the structures released by the PDB.

Jaime Prilusky: Protected "Main Page News" [edit=sysop:move=sysop]

2014-08-02T20:08:13Z

Protected "Main Page News" [edit=sysop:move=sysop]

←Older revision

Revision as of 20:08, 2 August 2014

Jaime Prilusky at 20:02, 2 August 2014

2014-08-02T20:02:04Z

←Older revision		Revision as of 20:02, 2 August 2014
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-	~~<div style~~=~~'font-size:1.2em; padding:4px; font-weight:bold;'><!--[[Image:HTML5 Logo 512.png\|32px]]-->~~Proteopedia on iPads!	+	__NOTOC__
-	~~<br>Want faster, smoother rotation of large molecules?</div>~~	+	===Proteopedia on iPads!===
	As of Sunday, Jan 26 2014, Proteopedia displays interactive molecules in JSmol, without [[Java]]. Molecular scenes ("green links") can also be created and edited without Java. This enables Proteopedia to work on iPads, iOS and mobile devices where Java is not available, and on any device where Java is not installed. However, rotation is slower without Java, especially for large molecules (for example, the [[Ribosome]]).		As of Sunday, Jan 26 2014, Proteopedia displays interactive molecules in JSmol, without [[Java]]. Molecular scenes ("green links") can also be created and edited without Java. This enables Proteopedia to work on iPads, iOS and mobile devices where Java is not available, and on any device where Java is not installed. However, rotation is slower without Java, especially for large molecules (for example, the [[Ribosome]]).
	If your device has Java installed and working, you can achieve faster, smoother rotation by using Java: see		If your device has Java installed and working, you can achieve faster, smoother rotation by using Java: see
	[[Using_Java_for_Rendering_Structures\|using Java for rendering structures]].		[[Using_Java_for_Rendering_Structures\|using Java for rendering structures]].

-		+	===What version of Jmol is running?===
-	~~<div style~~=~~'font-size:1.2em; padding:4px; font-weight:bold;'>~~What version of Jmol is running?~~</div>~~	+
	The version of Jmol currently running in Proteopedia is reported in the line ''JmolExtension'' at [[Special:Version]] in the column ''(now loaded Jmol version .....)''.		The version of Jmol currently running in Proteopedia is reported in the line ''JmolExtension'' at [[Special:Version]] in the column ''(now loaded Jmol version .....)''.

-		+	===Proteopedia status===
-	~~<div style~~=~~'font-size:1.2em; padding:4px; font-weight:bold;'>~~Proteopedia status~~</div>~~	+
	Proteopedia exceeded 2,500 registered users from 54 countries in November, 2013. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.		Proteopedia exceeded 2,500 registered users from 54 countries in November, 2013. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.

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	The most accessed pages, apart from the [[Main Page]], are [[Hemoglobin]], [[Avian_Influenza_Neuraminidase,_Tamiflu_and_Relenza]], [[Ribosome]], [[Acetylcholinesterase]], [[HIV-1_protease]], [[Green_Fluorescent_Protein]], [[Ramachandran_Plot]], [[1iyt]], [[Triose_Phosphate_Isomerase]], and [[Lac_repressor]]		The most accessed pages, apart from the [[Main Page]], are [[Hemoglobin]], [[Avian_Influenza_Neuraminidase,_Tamiflu_and_Relenza]], [[Ribosome]], [[Acetylcholinesterase]], [[HIV-1_protease]], [[Green_Fluorescent_Protein]], [[Ramachandran_Plot]], [[1iyt]], [[Triose_Phosphate_Isomerase]], and [[Lac_repressor]]

-		+	===Awards===
-	~~<div style~~=~~'font-size:1.2em; padding:4px; font-weight:bold;'>~~Awards~~</div>~~	+
	[[Poster_Prize_Awarded_at_7th-ICSG\| Poster Prize Awarded at the 7th-ICSG]] Conference, Sapporo, Japan		[[Poster_Prize_Awarded_at_7th-ICSG\| Poster Prize Awarded at the 7th-ICSG]] Conference, Sapporo, Japan

Jaime Prilusky: New page:
Proteopedia on iPads!
Want faster, smoother rotation of large molecules?
As ...

2014-08-02T19:56:03Z

New page: <div style='font-size:1.2em; padding:4px; font-weight:bold;'>Proteopedia on iPads! <br>Want faster, smoother rotation of large molecules?</div> As ...

New page

<div style='font-size:1.2em; padding:4px; font-weight:bold;'>Proteopedia on iPads!
<br>Want faster, smoother rotation of large molecules?</div>
As of Sunday, Jan 26 2014, Proteopedia displays interactive molecules in JSmol, without [[Java]]. Molecular scenes ("green links") can also be created and edited without Java. This enables Proteopedia to work on iPads, iOS and mobile devices where Java is not available, and on any device where Java is not installed. However, rotation is slower without Java, especially for large molecules (for example, the [[Ribosome]]).
If your device has Java installed and working, you can achieve faster, smoother rotation by using Java: see
[[Using_Java_for_Rendering_Structures|using Java for rendering structures]].

<div style='font-size:1.2em; padding:4px; font-weight:bold;'>What version of Jmol is running?</div>
The version of Jmol currently running in Proteopedia is reported in the line ''JmolExtension'' at [[Special:Version]] in the column ''(now loaded Jmol version .....)''.

<div style='font-size:1.2em; padding:4px; font-weight:bold;'>Proteopedia status</div>
Proteopedia exceeded 2,500 registered users from 54 countries in November, 2013. In decreasing order, the 20 most represented countries are United States, Israel, Canada, France, United Kingdom, Germany, India, Italy, Japan, Australia, Austria, Denmark, Portugal, China, Finland, Chile, Brazil, Netherlands, Spain and Sweden.

Proteopedia currently contains over 3400 user-created articles, and over 93,000 automatically created pages corresponding to each of the structures released by the PDB.

There are ~26,000 human visits and 59,000 bots visits weekly. The leading countries in accessing Proteopedia are the United States, Japan, Spain and China.

The most accessed pages, apart from the [[Main Page]], are [[Hemoglobin]], [[Avian_Influenza_Neuraminidase,_Tamiflu_and_Relenza]], [[Ribosome]], [[Acetylcholinesterase]], [[HIV-1_protease]], [[Green_Fluorescent_Protein]], [[Ramachandran_Plot]], [[1iyt]], [[Triose_Phosphate_Isomerase]], and [[Lac_repressor]]

<div style='font-size:1.2em; padding:4px; font-weight:bold;'>Awards</div>
[[Poster_Prize_Awarded_at_7th-ICSG| Poster Prize Awarded at the 7th-ICSG]] Conference, Sapporo, Japan

Main Page News - Revision history

Joel L. Sussman: /* Proteopedia status */

Joel L. Sussman: /* Proteopedia status */

Jaime Prilusky: Protected "Main Page News" [edit=sysop:move=sysop]

Jaime Prilusky at 20:02, 2 August 2014

Jaime Prilusky: New page: Proteopedia on iPads! Want faster, smoother rotation of large molecules? As ...

Jaime Prilusky: New page:
Proteopedia on iPads!
Want faster, smoother rotation of large molecules?
As ...