Stockwatch release

San Gold drills 11.5 m of 23.2 g/t Au at Rice Lake
Ticker Symbol: C:SGR

San Gold drills 11.5 m of 23.2 g/t Au at Rice Lake

San Gold Corp (C:SGR)
Shares Issued 312,576,841
Last Close 12/19/2011 $1.38
Tuesday December 20 2011 - News Release

Mr. George Pirie reports

SAN GOLD REVIEWS OVER 200 DRILL HOLES FROM 2011

San Gold Corp. has released the results of drilling conducted since January in the 007 zone of the company's Rice Lake mining complex in Manitoba, Canada.

Drilling on the 007 Zone occurred throughout the year, from surface and underground drilling stations, in order to infill and extend the zone both along strike and to depth. At the beginning of 2011, the 007 Zone had a limited strike length of less than 200 m. A second new zone, then known as Emperor, was located approximately 300 m to the east along the same horizon. Drilling during the year to the east of 007 resulted first in the discovery of 007 East(730 zone) and then 007 Far East(740 zone). As drilling progressed during the year, it was determined that all four zones including the Emperor were part of a continuous stretch of mineralization extending about 500 m (1,640 feet) along strike.

Results obtained from the 2011 drilling program demonstrate consistent grades and widths throughout the 007 Zone, as highlighted by the following drill holes:

S922-11-036, intersecting 23.2 g/tonne over 11.5 metres at a depth of 362 metres S922-11-013, intersecting 110.1 g/tonne over 2.1 metres at a depth of 330 metres S922-11-049, intersecting 44.2 g/tonne over 4.3 metres at a depth of 348 metres S922-11-089, intersecting 63.0 g/tonne over 2.8 metres at a depth of 362 metres S922-11-091, intersecting 21.7 g/tonne over 7.4 metres at a depth of 362 metres S915-11-003, intersecting 11.8 g/tonne over 12.3 metres at a depth of 396 metres S915-11-024, intersecting 60.7 g/tonne over 3.0 metres at a depth of 275 metres S915-11-045, intersecting 45.6 g/tonne over 4.3 metres at a depth of 291 metres S915-11-084, intersecting 17.4 g/tonne over 9.4 metres at a depth of 269 metres S915-11-106, intersecting 18.1 g/tonne over 3.2 metres at a depth of 358 metres

"These results provide a detailed account of one of the richest gold deposits ever discovered in Manitoba. It's extremely impressive that a gold deposit that wasn't even known about two years ago will be contributing 50% of our mill feed well into the foreseeable future," said George Pirie, San Gold's President and Chief Executive Officer.

The 007 Zone is located along and within the Shoreline Basalt rock unit. San Gold views the full length of the Shoreline Basalt and similar parallel rock units as extremely prospective. In 2012, San Gold's drilling program will pursue the 007 Zone westward towards the L10 Zone, a region that has already returned encouraging results. San Gold will also pursue 007 to the east toward the SG-1 Zone, another Shoreline Basalt deposit located 2 km northeast of the 007 Zone. The region between 007 and SG-1 has yet to be significantly drill tested.

The drilling released today covers 261 intercepts over 215 drill holes within the 007 mineralized envelop. 17 of these holes have been released previously and are included here to provide a complete summary of the 007 drilling program in 2011. The full listing of the drill holes can be found in Table 1 of this release. Figures 1 to 5, which illustrate the location of drill holes and intercepts, can be found on the company web site (www.sangold.ca) and on SEDAR (www.sedar.com).

2011 Exploration Program

This drilling was carried out as part of San Gold's 2011 drill program. As of the end of October, the company had completed 300,000 metres of drilling within the Rice Lake Mining Complex. The Company's near-surface exploration activities in 2011 have focused on both exploration and definition drilling along the 007 Zone and within the L10, L13, SG-1 and Cohiba zones. Deep drilling has focused on extensions of the L10 and 007 zones, both from surface and from drilling stations on 16 Level and 26 Level in the Rice Lake Mine. Drilling within the Rice Lake Mine has focused primarily on definition drilling on 26, 28 and 31 Levels.

The surface drill program was carried out under the supervision of W.S. Ferreira, P.Geo., the Qualified Person for this project under National Instrument 43-101. The drill core was split, with half sent to TSL Laboratories in Saskatoon, SK and fire assayed with an AA and gravimetric finish. Whole metallic assays were performed on samples containing visible gold. Check assays were also performed on pulps and rejects by both TSL and by Accurassay Laboratories of Thunder Bay, ON. The underground drill program was carried out by San Gold mine geologists under the supervision of D. Ginn, P.Geo., the Qualified Person for San Gold under National Instrument 43-101. Underground drill core samples are assayed on site in the company's assay lab using the fire assay method with an AA and gravimetric finish. San Gold's quality control and assurance program includes the insertion of standards, the retention of pulps and rejects, and spot checks utilizing independent labs including TSL Laboratories in Saskatoon, SK and Accurassay Laboratories of Thunder Bay, ON. The core lengths are actual lengths as drilled and have not been adjusted for the true width of the mineralized zones.

    FULL LISTING OF 007 DRILLING RESULTS 

         (January to October, 2011) 



 	            Depth	 	From	  To	Length	   Au

Drill hole	      (m)	   (m)  (m)    (m) (g/t)

 	 	 	 	 	 	 	 	 	 	 	 

S915-11-001  	200.3	 	65.7	 66.0	  0.3	  3.2

S915-11-002	  197.0	 	88.7	 89.4	  0.6  	0.0

S915-11-003	  395.9	 157.6	169.9	 12.3	 11.8

S915-11-004	  228.0	 	59.6	 60.1	  0.5   2.2

S915-11-006	  280.9	 	75.6	 76.5	  0.9	  0.3

S915-11-007	  296.1	 	78.9 	82.0	  3.1	 17.8

and	 	 	              55.3 	62.5	  7.3  	2.0

S915-11-008	  314.6	 	96.3	120.2 	23.9  	1.3

including	 	        	117.8 120.2  	2.4	  3.9

and	 	               	59.3	 71.3	 12.0	  4.3

S915-11-009	  207.3	 	55.3	 61.0	  5.7	  4.3

including	 	         	55.3 	56.1  	0.8  	7.5

including	 	         	58.6	 59.0	  0.3	 29.1

S915-11-010	  217.3	 	46.0	 58.2	 12.2	  5.1

including	 	         	50.0	 56.4  	6.4	  9.0

S915-11-011		 	       33.7	 37.1	  3.4	  2.2

including	 	         	34.1	 34.9	  0.8	  7.4

including	 	  	       36.8	 37.1	  0.3	  3.6

and	          226.6	 	42.0	 55.2 	13.2	 11.6

including	 	         	49.5 	55.2  	5.7	 24.5

S915-11-013	  243.4	 	33.4	 43.8 	10.4	  7.6

including	 	         	33.8	 43.8 	10.0	  7.2

including	 	 	        43.2	 43.8  	0.6	 67.2

S915-11-014	  278.3	 	50.7	 63.2	 12.5 	11.6

including	 	 	        54.7	 56.4	  1.7 	58.9

S915-11-015	  293.2	 	69.4	 74.6	  5.2	  2.2

S915-11-016	  304.5	 	76.2	 84.2  	8.0	 15.3

S915-11-017	  331.6	 	99.3	103.1	  3.8	  8.0

and	          345.6	 115.6	124.7	  9.1	 13.1

S915-11-019	  211.8	 	48.6	 51.8	  3.2	  3.8

S915-11-020	  221.6	 	44.3	 46.8	  2.4	  4.9

S915-11-022	  242.6	 	41.4	 43.4	  2.1	  4.5

S915-11-023	 	No significant results	 	 

S915-11-024	  274.5	 	50.0	 52.9	  3.0	 60.7

S915-11-026	  289.9	 	56.8	 60.2	  3.4	  7.1

S915-11-027	  313.3	 	75.1	 78.9	  3.8	  4.6

and	          322.8	 	87.8	 91.6	  3.8	  6.0

S915-11-028	 	        52.1 	52.4	  0.4	  3.6

and	          203.3	 	62.0	 63.2	  1.2	  0.9

S915-11-030	 	       	33.2	 37.8  	4.6  	7.2

including	 	         	37.3	 37.8  	0.5 	57.6

and	 	               	42.7	 43.9  	1.2  	4.7

and          	224.5	 	47.3	 51.2	  3.8	 58.3

including	 	         	49.0 	49.3	  0.3	607.4

S915-11-032	 	       	34.1	 36.2	  2.1	  4.3

and          	243.5	 	39.2	 45.7  	6.5  	6.2

including	 	         	39.2	 40.7	  1.5 	17.5

S915-11-033	  258.5		128.4	130.3	  1.9	 72.7

including	 	        	128.4	128.9	  0.5	282.1

and	          257.7	 133.4	142.1  	8.7	  7.9

including	 	        	133.4	137.3	  3.9	  3.8

including	 	        	135.7	137.3	  1.6  	7.0

including	 	        	138.8	142.1	  3.3	 16.5

including	 	 	       138.8	140.5	  1.7	 30.0

and	 	 	             149.5	150.5	  1.0	  4.9

S915-11-034  	272.5	 	39.0	 50.3	 11.3	 11.5

S915-11-035	  291.9	 	57.0	 62.6 	 5.6	  7.6

S915-11-037   316.5	 	79.7	 84.1	  4.4	  5.9

S915-11-038	 	       	42.4	 45.2	  2.8  	3.1

including	 	         	44.6	 45.2  	0.6  	8.7

and	          203.7	 	56.3 	67.1	 10.8	 13.2

including	 	         	57.5 	58.1	  0.6	 31.4

including	 	         	63.1 	65.3	  2.2	 42.1

S915-11-040  	226.4	 	41.1	 49.5  	8.4 	14.3

including	 	         	47.8	 49.0  	1.2 	93.7

S915-11-042  	240.5	 	41.6 	44.4	  2.8	 33.6

S915-11-043	  275.3	 	45.4	 52.8	  7.4	 14.8

S915-11-045  	290.8	 	56.9	 61.2	  4.3 	45.6

S915-11-047  	317.0	 	78.3	 89.8	 11.5  	9.5

including	 	         	79.7	 87.4   7.7	 11.6

S915-11-048	 	 	      55.0	 56.2	  1.2	  8.0

and	          197.4	 	66.8	 72.1	  5.3	 80.4

including	 	 	        66.9	 70.3  	3.4	119.9

S915-11-050	 	        16.2	 18.1	  1.9	  4.6

and	          223.4	 	52.2	 57.0  	4.8	 43.5

including	 	         	55.6	 57.0	  1.4	144.2

S915-11-052	  241.5	 	47.0	 52.2  	5.2  	2.7

including	 	         	47.0	 47.5	  0.5	  8.6

and	          240.2	 	54.2	 54.8	  0.6	 13.4

S915-11-054	  274.7	 	57.8 	60.0  	2.2	  6.3

S915-11-055	  320.6		111.9	114.4	  2.5	  6.3

S915-11-056	  372.5	 169.3	170.6	  1.3  	3.7

S915-11-057	  233.5	 151.0	155.8	  4.8  	7.7

S915-11-058	  221.0	 	86.1	 86.5	  0.3	 59.3

S915-11-059	  240.9	 	62.5	 62.5	  0.0   0.0

and	 	               	93.5	 94.5	  1.0	  7.1

S915-11-060	  248.7	 	94.9 	95.1	  0.2	  0.0

S915-11-061	  262.2	 	66.8	 67.5	  0.7	  0.0

S915-11-062	  275.6	 111.6	121.9	 10.3	 17.0

including	 	        	115.0	118.2	  3.2	 42.2

S915-11-063	 	No significant results	 	 

S915-11-065	 	No significant results	 	 

S915-11-064	  228.3	 	41.3 	41.9	  0.6  	0.2	 	 	 	 	 	 

S915-11-066	  217.0	 	51.9	 54.3	  2.3	  0.3

S915-11-067	  227.6	 	44.2 	49.0	  4.7	  1.6

S915-11-068	  202.2	 	61.6 	64.5	  2.9	  4.4

S915-11-069	  226.9	 	37.9	 41.6	  3.7	  0.7

and          	219.2	 	52.0	 53.4	  1.5	  3.5

S915-11-070	  230.8	 	35.8 	36.6  	0.7	  0.0

S915-11-071	  210.0	 	49.5 	51.7	  2.3  	3.4

S915-11-072	  228.0	 	32.8 	33.2	  0.4 	41.7

S915-11-073	  229.2	 	44.0	 47.4	  3.5  	0.4

S915-11-074	  208.2	 	50.0	 52.9	  2.8	  3.9

S915-11-075	  213.7	 	52.0	 53.8	  1.8	  3.8

S915-11-076	  245.4	 	12.5	 13.9	  1.4	  4.1

and	          230.7	 	40.7	 41.6	  1.0	  1.3

S915-11-077	  235.1	 	35.7	 41.1	  5.5	  2.0

including	 	         	35.7 	37.8  	2.1  	3.6

S915-11-078	  263.7	 	40.3	 45.0	  4.7  	2.5

and	          269.1	 	64.2	 65.7	  1.6	  2.6

S915-11-079	 	No significant results	 

S915-11-080	  207.9	 	68.5  73.5	  4.9  	3.2

including	 	         	69.9 	72.8	  2.9  	5.2

and	          224.5	 	41.8	 44.9	  3.2	  2.3

S915-11-081  	235.3	 	52.7	 55.4	  2.8	  1.8

S915-11-082	  265.2	 	49.7	 50.7	  1.0	  2.8

S915-11-083	  285.6	 	68.6	 69.6	  1.0	  0.0

S915-11-084	  268.6	 	48.4	 57.9	  9.4	 17.4

including	 	         	48.4	 52.1	  3.7	 35.6

including	 	 	        54.3	 56.7  	2.5	 12.9

and	          272.1	 	62.6	 67.8	  5.2	 33.7

S915-11-085	 	No significant results	 	 

S915-11-086	 	No significant results	 	 

S915-11-087	 	No significant results	 	 

S915-11-088	 	No significant results	 	 

S915-11-089	  250.5	  	6.8  	9.0  	2.2  	0.3

S915-11-090	 	No significant results	 	 

S915-11-091	  250.5	 	27.6 	30.1	  2.5	  0.3

S915-11-092  	262.9	 	33.9	 35.2	  1.3	 36.2

and	          267.4	 	50.3	 50.5	  0.3	 17.7

S915-11-093	  261.5	 	30.0	 30.7	  0.7	 34.0

and          	263.7	 	36.1	 37.6  	1.5	  3.9

and	          266.7	 	45.7	 46.7	  1.0	 51.7

S915-11-094	  260.6	 	24.2	 27.4	  3.3	  7.7

and	          267.0	 	39.4	 47.7	  8.2	 58.4

including	 	         	43.9	 47.7  	3.7	124.8

S915-11-100	  330.1		130.5	131.4	  0.9  	0.3

S915-11-102	  193.5	 	75.4	 77.1	  1.6	  1.8

S915-11-105	  339.5		108.7	113.4	  4.7	 20.3

S915-11-106	  357.5		124.2	127.4	  3.2	 18.1

S915-11-107	  345.9	 106.8	111.7	  4.9	 29.2

S915-11-108	  347.2	 103.2	110.2	  7.0	  9.2

S915-11-109	  351.7	 110.1	112.0	  1.9	  1.7

S915-11-110	  373.1	 134.8	136.7	  1.9	 15.7	 	 	 	 

S922-11-001	  300.8	 126.5	128.4	  1.9	  0.1

S922-11-002	  312.3		118.7	119.9	  1.3 	48.6

S922-11-003	  328.8		121.0	122.8	  1.7	 16.3

S922-11-004	  300.2		114.7	117.0	  2.3	  7.6

S922-11-005	  315.2		115.1	117.3	  2.2  	1.7

S922-11-007	  297.5		117.0	118.8	  1.8	  1.4

S922-11-008	  308.5		116.0	118.9	  2.8	  0.8

S922-11-009	  324.0		117.5	120.1	  2.6	  1.6

S922-11-010	  300.8		110.2	112.3	  2.1  	0.3

S922-11-011	  312.7		109.9	113.3	  3.4	  4.0

S922-11-012	  311.2		112.0	112.7	  0.7  	7.1

S922-11-013	  329.8		117.0	119.1	  2.1	110.1

S922-11-014	  298.1		115.3	116.6	  1.3	 12.2

S922-11-015	  321.6		111.7	114.8	  3.2	  3.1

S922-11-016  	310.9		120.8	129.4	  8.6	  0.6

S922-11-017	  333.1		128.9	132.3	  3.5	  4.0

S922-11-018	  300.5		137.9	139.4	  1.5	  0.2

S922-11-019	  311.2		122.8	127.0  	4.3  	2.3

S922-11-020	  321.4		118.3	120.5	  2.2	  1.5

S922-11-021	  290.6		144.8	145.6	  0.8	  6.1

and	          296.6		160.4	161.1	  0.7	 24.8

S922-11-022	  321.2		157.2	159.9  	2.7  	4.8

S922-11-023	  331.9		148.9	153.0	  4.1	  2.3

including	 	        	151.6	152.8	  1.1	  6.1

S922-11-024	  295.1	 147.2	151.3	  4.1  	4.7

S922-11-025	  315.8	 155.0	157.0	  2.0  	5.7

S922-11-026	  331.9	 180.9	189.3	  8.5	  4.2

including	 	        	180.9	181.6	  0.8	 11.6

including	 	        	184.6	185.8	  1.2	 16.4

S922-11-029  	327.2		178.6	183.1	  4.5	  5.5

S922-11-030	  349.8		131.2	134.0  	2.8	  8.2

including	 	        	131.2	131.5	  0.3 	62.3

S922-11-034	 	       	57.6	 57.8	  0.2	 12.0

and	 	 	             124.1	126.9	  2.8	  1.3

S922-11-035	  338.6	 119.7	122.6	  2.9	 11.4

S922-11-036	  362.4	 132.3	143.8	 11.5	 23.2

including	 	        	132.3	140.0  	7.7	 33.0

S922-11-038	  290.2	 157.5	158.5	  1.0  	2.6

and	 	              	170.0	170.7  	0.6	  5.5

S922-11-039	  326.7	 154.0	154.3	  0.3	  1.0

and	          329.4	 158.9	159.6	  0.7	  0.9

S922-11-040	 	      	136.7	137.3	  0.7	  3.6

and	          343.0	 146.2	149.9  	3.7  	6.9

including	 	        	146.9	149.9	  3.0	  8.7

S922-11-042	  343.0		154.5	154.6	  0.0	  0.0

and	 	              	175.0	178.5	  3.5  	2.7

and	 	 	             175.0	175.6	  0.6	  6.9

and	 	 	             176.9	177.5	  0.7	  3.9

S922-11-043	  282.2	 171.0	176.9	  5.9	  9.2

S922-11-044	  301.8	 148.4	151.6	  3.2	  5.2

S922-11-045	  333.1	 156.0	157.3	  1.3	  4.6

S922-11-046	  343.5	 150.9	157.5	  6.6	  1.3

S922-11-047	  351.1	 133.2	134.1  	0.9	185.3

and	          362.5	 144.8	148.5	  3.7	 11.4

S922-11-048	  372.5	 147.5	148.6	  1.2	  1.1

S922-11-049	  348.1	 132.6	136.8	  4.3	 44.2

S922-11-050	  364.5	 144.4	144.6	  0.2	  0.1

S922-11-051	  358.7	 143.5	146.2	  2.7	 11.1

S922-11-052	  349.9	 148.0	149.2	  1.2	  0.6

S922-10-054  	250.2	 147.5	151.1	  3.6	  8.6

including	 	         148.2	150.4	  2.2	 10.5

S922-11-055	  351.7	 138.0	140.8	  2.8	  3.2

S922-11-057	  293.8		107.5	110.8	  3.3	  3.7

S922-11-058	  211.5	 198.6	200.1	  1.5	 23.9

including	 	        	199.2	199.4	  0.2	159.4

S922-11-061	  344.4	 125.9	129.0	  3.1	 28.6

S922-11-062	  321.9	 131.7	133.0  	1.3  	3.9

S922-11-064	  341.1	 136.2	142.0  	5.8	  1.1

S922-11-065	  358.4	 139.0	141.6	  2.6	  3.3

including	 	        	175.9	176.6	  0.7	161.6

S922-11-072	  279.2		175.5	177.8  	2.3	  5.9

S922-11-076	  305.5		146.1	147.1	  1.0	  5.2

including	 	        	146.4	146.7	  0.3	  8.5

and	          309.3	 155.4	156.4	  1.0  	4.0

including	 	        	155.4	155.7	  0.3	 11.6

S922-11-078	  231.3	 174.5	177.5	  3.0	 20.5

S922-11-079	  378.6	 161.9	164.4	  2.5	  6.8

S922-11-080	  322.3	 117.5	118.0	  0.4	  0.2

S922-11-081	  323.7	 106.9	109.7	  2.8	  0.1

S922-11-082	  361.8	 136.5	138.0	  1.6	 24.1

S922-11-084	  373.4	 143.1	144.3	  1.1	 13.0

and	          384.4	 154.7	156.7  	2.0  	5.9

S922-11-085	  350.5	 130.1	132.1	  2.0	 10.2

including	    350.0		130.1	131.0	  0.9	 22.4

S922-11-086  	381.0		150.5	152.1  	1.6	  7.3

and	          392.6		161.6	164.2  	2.6	  0.2

S922-11-087  	272.8	  48.5	 51.5  	3.0	  3.9

and	          327.7	 119.5	122.2	  2.7	  0.4

S922-11-088	  345.8	 126.8	130.3	  3.5	  7.2

S922-11-089	  361.6	 136.7	139.4	  2.8	 63.0

including	 	        	136.7	137.4  	0.7	240.5

and          	365.8		142.0	143.6	  1.6 	10.5

including	 	        	142.9	143.6	  0.7	 22.4

and	          369.8	 146.5	148.0  	1.5  	5.5

including	 	        	146.5	146.9	  0.4	 17.5

S922-11-090   347.5		124.5	128.0	  3.5	  1.8

S922-11-091	  362.2	 135.6	143.0	  7.4	 21.7

including	 	        	135.6	137.9	  2.3	 18.3

including	 	        	139.9	141.8	  2.0  59.2

S922-11-092	  374.9	 143.0	153.2	 10.2	  1.9

including	 	        	143.4	147.1	  3.7	  4.5

S922-11-093	  371.4	 140.9	145.3	  4.4	 14.6

and	          378.9		149.9	152.4	  2.5	  3.2

S922-11-094	  404.5		174.5	177.3	  2.8	  2.1

S922-11-095	  381.5		147.0	149.0	  2.0	  0.8

S922-11-096	  359.4		134.8	137.3	  2.5	 23.6

S922-11-097	  375.2		144.2	149.5	  5.3	 19.5

and	          383.7		154.8	157.8	  3.0	  7.6

S922-11-098	  305.8		144.2	148.3	  4.1	  4.1

S922-11-099	  311.2		138.2	139.6	  1.5	  4.0

and	          314.9		144.6	146.6	  2.0	  4.8

S922-11-100	  334.4		135.5	139.7	  4.1	  1.8

S922-11-101	  349.3		139.2	143.3  	4.0	 13.0

S922-11-102	  365.4		141.5	146.4	  4.9	  1.3

S922-11-103	  336.2		135.1	139.6	  4.5	  7.3

S922-11-104	  352.3		136.3	138.5	  2.2	  2.4	 	 	 	 

CD-11-162 	 	 No significant results	 	

CD-11-165 	 	 No significant results	 

CD-11-166 	 	 No significant results

CD-11-169 	   269.1	 279.5	284.8	  5.3	  0.9

and          	281.1		293.8	295.5  	1.7	 10.7

including 	 	       	293.8	294.7	  0.9 	18.4

CD-11-200 	   144.8	 199.5	205.1	  5.6	  0.0

CD-11-202 	   205.1	 223.8	233.9	 10.1	  0.5

including 	 	 	      230.7	231.3	  0.6	  5.3

CD-11-204 	   196.8	 217.8	218.0	  0.2  	0.1

CD-11-205 	   199.9	 222.6	223.7	  1.1	  5.5

CD-11-206 	   225.6	 242.1	243.0	  0.9	  7.0

including 	 	       	242.7	243.0	  0.3 	17.1

CD-11-207 	   184.7		221.6	225.0	  3.4  	0.6

including 	         	224.6	225.0	  0.5	  4.4

CD-11-208    	172.2	 222.9	224.5	  1.6	  0.6

CD-11-209    	178.3	 217.9	218.1	  0.2	  2.4

CD-11-210 	   173.7	 218.5	219.3	  0.7	  1.9

CD-11-211 	   156.7	 213.8	215.6	  1.9	  0.0

CD-11-212 	   151.8	 195.2	195.7	  0.5	 10.8

CD-11-217 	   162.5	 205.8	206.9	  1.1	 11.1

CD-11-218 	   149.7	 198.2	200.5	  2.2	  3.7

CD-11-222 	   147.9	 196.1	198.5	  2.3	  0.3

CD-11-223 	   142.6	 196.2	197.8	  1.6	  0.5

CD-11-227 	  	No significant results	 	 

CD-11-228    	184.1	 218.0	221.7  	3.7	  4.6

CD-11-232   	 178.9	 215.6	216.6	  0.9	  0.5

CD-11-230   	 218.2	 235.8	239.1	  3.3	  2.2

CD-11-233    	200.9	 218.5	219.5	  0.9	  0.1

CD-11-234    	202.4	 225.1	225.3	  0.2	  2.4

CD-11-235    	188.7	 213.8	214.2	  0.4	  0.4

CD-11-236    	172.2	 203.9	204.5	  0.6	  9.8

CD-11-238 	   121.6	 136.8	142.2	  5.4	  0.0

CD-11-241 	   227.1	 242.7	249.6	  6.9	  7.9

and 	         261.5	 280.5	283.8	  3.3	 10.6

CD-11-242     192.9	 216.1	218.7	  2.6  	0.9

CD-11-244    	112.7	 137.8	139.3	  1.5  	0.4

CD-11-245 	   236.5	 259.1	260.3	  1.2	  5.2

CD-11-246 	   239.0	 265.6	266.9	  1.3	  4.3

CD-11-248 	   157.0	 188.1	191.4	  3.3	  0.2

CD-11-250    	157.9	 198.0	201.0	  3.0  	1.1

CD-11-251    	138.7	 187.1	190.7  	3.5	  1.1

CD-11-252    	139.9	 206.6	209.7	  3.1	  0.0

CD-11-253 	   121.7	 199.5	202.4	  2.9	  4.6

including 	   120.9	 199.5	199.7	  0.2	 45.3

CD-11-254    	152.9	 202.7	205.0  	2.3	  0.3

CD-11-255 	   133.5	 187.1	189.5	  2.4	  0.0

CD-11-257    	119.5	 199.6	202.5	  3.0	  8.2

including 	 	       	199.6	199.8	  0.2	120.4

CD-11-259 	   127.4	 189.4	190.8	  1.4	 10.9

CD-11-262 	   320.8	 336.9	345.6	  8.7	  3.8

including 	       	 	339.2	343.0	  3.8	  7.4

JH-11-019 	   361.7	 472.4	474.9	  2.5	 20.3

JH-11-026 	   326.1	 456.6	458.0	  1.4	  7.6

JH-11-028    	370.9		473.1	475.7	  2.6	 18.6

and 	         374.9		478.8	480.3	  1.6	  2.3

JH-11-030 	   394.3	 522.9	525.0	  2.2	  2.2

JH-11-055    	435.0		521.9	526.4	  4.5	  5.1

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