DART MINING NL — Interim / Quarterly Report 2010

Jul 25, 2010

ASX RELEASE 26 July 2010

ASX CODE DTM

REPORT FOR THE QUARTER ENDED 30 JUNE 2010

HIGHLIGHTS

• Diamond drill hole DUNDD004/4A at the Unicorn Porphyry was completed at 508.7m and hole DUNDD005 is now approximately 230m deep.

• DUNDD004/4A intersects three high grade zones of stacked mantos style molybdenite mineralisation above valley floor

• DUNDD005 has intersected strong visible molybdenite below 70m corresponding to a zone of 29m @ 0.11% Mo, 40m to the west in DUNDD004,

• The identification of Unidirectional Solidification Textures (UST) or “Brain Rock” in DUNDD004/4A is highly significant, as it is often associated with higher grade molybdenite mineralisation and marks the boundaries of individual intrusive lobes.

• Interpretation of the completed Morgan diamond drill program confirms narrow high grade molybdenite in a high level pyritic-propylitic alteration shell above an interpreted buried porphyry intrusive with silver - gold - bismuth – tin - tellurium affinities.

• $1.15M capital raised to further exploration

SUMMARY OF ACTIVITY

Work during the quarter focused on deep drilling the Unicorn molybdenum - copper - silver (MoCu-Ag) porphyry system near the town of Corryong in north-east Victoria, within Dart EL4726 at the intersection of the Empress and Zulu mineral corridors (Figure 1).

Diamond drill hole DUNDD004/4A at the Unicorn Porphyry was completed at 508.7m. The hole intersected three significant zones of mineralisation (totalling some 58m) these zones appear to form a series of Mantos from individual mineralised pulses or intrusive lobes and sills. The upper most mineralisation (29m @ 0.11% Mo) has been identified in DUNDD005 below 70m showing at least 40m horizontal continuity to the east. The average grade of all assays received to date is 0.05% Mo.

DUNDD005 commenced with a steep orientation to the east to gain a deep intersection through the system and is currently at over 230m deep.

The two hole diamond drilling program at the Morgan Mo-Ag-Au porphyry prospect concluded during the quarter with hole DUNDD002 completed at 673m. Initial interpretation suggests DMMDD002 is likely to have passed above the concealed porphyry target and intersected the upper portion of the mineralisation with zones of strong molybdenite intersected in highly altered sediments and porphyry dykes. The two drill holes have been cased with PVC to allow down hole geophysics to target the top of the concealed porphyry.

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Level 3, 15 Queen Street Melbourne, Victoria, 3000, Australia

TELEPHONE +61 3 9621 1322 FACSIMILE +61 3 9621 1544 EMAIL info@dartmining.com.au WEB www.dartmining.com.au ACN 119 904 880

26 July 2010

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CORPORATE

In June Dart placed 11.56 million ordinary shares, 15% of the issued capital, to sophisticated and professional investors at $0.10 a share, to raise $1.15M for ongoing exploration.

EXPLORATION ACTIVITY

DART (EL4726)

UNICORN - MOLYBDENUM – COPPER - SILVER PORPHYRY TARGET

At the Unicorn Mo-Cu-Ag porphyry target diamond drill hole DUNDD004 and the re-drilled DUNDD004A (full core achieved at 154m out of DUNDD004) has been completed at 508.7m and hole DUNDD005 commenced with a steep orientation to the east to gain a deep intersection through the system (Figure 3). Hole DUNDD004 was abandoned at 321m in faulted ground due to loss of water and excessive drill bit damage using NQ size downhole equipment. The HQ portion of DUNDD004 was extended and created a new hole at 154m depth (Figure 3). This hole was completed at of 508.7m as DUNDD004A and has been sampled over its full length. Assay data for the remaining sections of the hole is expected shortly. Two laboratories (ALS & AMDEL) are now being used to speed up assay turn around times.

Drilling to date has intersected three significant zones of mineralisation interpreted to form as a Mantos or halo to individual mineralised pulses. The overall grade of all assay data received to date is 319m @ 0.05% Mo (this does not include the interval from 278 – 347m as assay data is outstanding). This average grade is very encouraging and indicates the remarkably consistent Mo levels within the stockwork system. The upper most zone (29m @ 0.11% Mo) shows lateral continuity over some 40 horizontal metres to the east (intersected in hole DUNDD005 - Figure 3). DUNDD005 shows strong visible Mo mineralisation in a quartz stockwork from 70 - 95m. Additional key features noted during logging include the very consistent nature of the molybdenite mineralisation within the stockwork system accompanied by significant levels of copper and silver which add considerably to the value of the mineralisation (Appendix 1 - Table 1). The alteration of the rhyolitic porphyry is consistent with higher levels within the system and is likely to change with increasing depth to a more potassic phase more spatially related to high grade Mo mineralisation within the auto-metasomatised portion of individual pulses (Figure 3).

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Photo 1: Uni-directional Solidification Textures (Centre of Intrusion to bottom of photo) – 368m DUNDD004A.

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Geological logging of drill hole DUNDD004/4A has identified “Brain Rock” or Unidirectional Solidification Textures (UST) – indicative of the top-bottom and shoulder portions of an individual pulse (intrusive lobe/sill) and often associated with higher grade molybdenite mineralisation zones – Photo 1. This rock texture has been utilised at the giant Henderson primary Mo deposit (USA) to identify individual mineralised pulses, with some 5 of 15 pulses in that Rhyolite Dome system showing particularly high Mo mineralisation, especially where pulses overlap. Hence, Dart is very encouraged to recognise marked similarities with this multiphase system and the application of the Rhyolite Dome model for mineralisation at Unicorn.

With the lateral continuity of the upper Mo mineralisation (Figure 3) Dart has increasing confidence that the mineralisation already intersected will form part of a series of high grade mantos style zones above individual intrusive pulses within the Unicorn system. It is the multiple phases of intrusive events that generate World Class Mo deposits and combined with all geological evidence to date, including petrographic studies, suggests Unicorn genetic model comprises a Henderson/Climax Style Rhyolite Dome.

Drilling of DUNDD005 will continue during the next quarter to better test the depth of the system and constrain the lateral extents of the mineralisation already defined on section 5,978,100mN (Figure 3).

Drilling to date has only partially tested a single east-west section across an area of the over 23Ha of +450ppm Mo at surface (Figure 2). Significant additional drilling is necessary to evaluate the full potential of the Mo – Cu – Ag mineralisation at Unicorn, however initial results are already very encouraging and warrant continued drilling to rapidly progress toward an initial resource estimate.

Dart received the support of a Round 3 Rediscover Victoria Drilling grant of $80,000.00 to assist with the Unicorn Exploration drilling program.

Hole No.	Hole Dip	Hole Azimuth (MGA Grid)	MGA East (m)	MGA North (m)	RL AHD (m)	Total Depth (m)
DUNDD004	-68.5	270	588,811	5,978,100	830	321
DUNDD004A*	-68.5	270	588,811	5,978,100	830	508.7

* DUNDD004A Starts at 154m down DUNDD004.

Hole No.	From (m)	To (m)	Significant Intersections Cutoffs: 5ppm Mo	Significant Intersections Cutoffs: 100 ppm Cu	Significant Intersections Cutoffs: 0.5 ppm Ag
DUNDD004	0	163	163m @ 0.06% Mo	163m @ 0.11% Cu	163m @ 7.4 ppm Ag
	72	101	Inc: 29m@ 0.11% Mo
	35	124		Inc: 89m@ 0.13% Cu
DUNDD004A	154	278	124m @ 0.04% Mo	124m @ 0.03% Cu	124m @ 1.23 ppm Ag
	247	**252 **	Inc: 5m @ 0.1% Mo
	154	178		Inc: 24m@ 0.06% Cu
	278	347	ASSAYS AWAITED
	347	379	32m @ 0.06% Mo	32m @ 0.11% Cu	32m @ 4.9 ppm Ag
	347	**371 **	Inc: 24m@ 0.07% Mo
	379	508.7	ASSAYS AWAITED

* - Assay data is based on samples of both ¼ and ½ HQ core and ½ NQ core. Sample intervals range from 0.7 – 6m dependant on the geology and core size.

Table 1: Significant Intersections – DUNDD004 and DUNDD004A

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DART (EL4726)

MORGAN PORPHYRY

The Phase I drilling program of two deep holes (DMMDD001 and DMMDD002 – Figure 4) has been completed during the quarter at the Morgan Prospect for approximately 1200m of drilling. Hole DMMDD002 (final depth 673m) intersected a significant zone of visible molybdenite mineralisation within highly altered sediments and porphyry dykes above what is interpreted to be the alteration apex of a concealed mineralised porphyry system. Full assay data is now available (Appendix 2) and is consistent with the reported geological model (Figure 5). Molybdenite mineralisation in DMMDD002 up to 2m @ 0.1% Mo (Table 2) appears to represent the apex of a structurally controlled zone within the centre of the geochemical ring anomaly defined at surface (Figure 4). The numerous mineralised porphyry dykes and intense silica / sericite altered sediments corresponding with significant increases in molybdenite (23m @ 210 ppm Mo – Table 2), silver and gold mineralisation confirms the potential of the system. This peripheral zone occurs within strongly faulted sericite – silica altered sediments at approximately 411m depth (Figure 5) with silver up to 10.2m @ 5.7 ppm Ag.

The intersection of a breccia zone between 340.9 – 343.9m containing more than one phase of porphyry and also showing gold mineralisation within silica-sericite-adularia style alteration (3m @ 0.18 g/t Au) is also very encouraging. This intersection and the highly anomalous outcropping gossans show the Morgan Porphyry prospect also has a gold - silver association.

Both DMMDD001 and DMMDD002 have been cased with PVC pipe to allow a program of downhole geophysics to be undertaken. A full evaluation of alteration, geophysics and spectral analysis will be completed before the next drill program to target the concealed porphyry at depth.

Dart received the support of a Round 2 Rediscover Victoria Drilling grant of $66,000.00 to assist with the Morgan Exploration drilling program.

Hole No.		MGA	MGA	MGA	mRL	mRL			Hole Dip Hole Azimuth Total	Hole Dip Hole Azimuth Total	Hole Dip Hole Azimuth Total
		East		North	AHD				(MGA Grid)	Depth
			(m)	(m)	(m)					(m)
DMMDD001		582,776		5,972,567		985			-80 176 529.8
DMMDD002		583,073		5,972,434		1045			-70 315 673
Collar Survey		based on GPS (10m accuracy) - MGA94 Grid System.
Hole No.	From		Significant Intersections			From			Significant Intersections	From	Significant Intersections
	(m)			Mo		(m)			Bi	(m)	Ag
			Mo > 50ppm						Bi > 1500ppm		Ag > 15ppm
DMMDD001		0	68m@134.2ppm			498			6m@2276ppm	498	4m@35.8ppm Ag
		48	Including 4m@ 400ppm			500			Including 2m@ 3010ppm	500	Including 2m@ 50.1ppm
Hole No.	From		Significant Intersections			From			Significant Intersections	From	Significant Intersections
	(m)			Mo		(m)			Au	(m)	Ag
			Mo > 40ppm						Au > 0.01ppm		Ag > 0.2ppm
DMMDD002		409	23m@210ppm			340.9			10.2m@0.096ppm	340.9	10.2m@5.7ppm Ag
		410		Including 2m@ 0.1%		340.9			Including 3m@ 0.18ppm	349.3	Including 1.8m@ 26.7ppm

* - Assay data is based on samples of ¼ HQ core and ½ NQ core. Sample intervals range from 0.1 – 4m dependant on the geology and core size.

Table 2: Significant Assays – DMMDD001 and DMMDD002.

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– ENDS –

For further information visit our website at www.dartmining.com.au or contact:

Chris Bain, Chairman/Acting CEO Ph: +61 (0) 03 9618 8261

COMPETENT PERSON’S STATEMENT

Information in this report that relates to a statement of exploration results of the Company is based on information compiled by Bernhard Hochwimmer B.Sc. AIG and Dean Turnbull B.App.Sc. AIG. Both Mr Hochwimmer and Mr Turnbull are Directors and full time employees of Dart Mining NL and have sufficient experience relevant to the style of mineralisation and type of deposits under consideration and to the activity undertaken. They are qualified as competent persons as defined in the 2004 Edition of the “Australasian Code for Reporting of Mineral Resources and Ore Reserves” (or “JORC Code”). Mr Hochwimmer and Mr Turnbull have provided written consent to the inclusion of this information in the form and context in which it appears in this report.

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Figure 1: Dart tenements showing structural corridors and the Unicorn and Morgan Porphyry Prospects.

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• Figure 2: Unicorn plan of completed Phase 1 RAB & diamond holes and Phase 2 diamond drill holes DUNDD004 & DUNDD005 on Unicorn’s Mo surface geochemistry map.

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Figure 3: Unicorn Conceptual geological model cross section at 5,978,100mN showing DUNDD004 / 4A and part completed DUNDD005.

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Figure 4: Phase 1 diamond drill holes DMMDD001 & DMMDD002 on Morgan’s Mo surface geochemistry map.

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Figure 5 : Morgan Porphyry -Oblique Cross Section along DMMDD002 - Geological Model.

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APPENDIX 1: RAW ASSAY DATA. DUNDD004 / 4A

HOLE ID	SAMPLE	FROM	TO	**REC % **	INTERVAL(m)	Mo(ppm)	Cu(ppm)	Ag (ppm)
DUNDD004	DUNDD000537	0	6	67	6.0	880	230	2.1
DUNDD004	DUNDD000538	6	12.1	42	6.1	900	230	4.4
DUNDD004	DUNDD000539	12.1	17	57	4.9	820	310	4
DUNDD004	DUNDD000540	17	20	93	3.0	660	325	8
DUNDD004	DUNDD000541	20	23	100	3.0	580	410	33
DUNDD004	DUNDD000542	23	26	100	3.0	1040	2400	10.5
DUNDD004	DUNDD000543	26	29	100	3.0	720	700	8
DUNDD004	DUNDD000544	29	32	100	3.0	960	700	8.5
DUNDD004	DUNDD000545	32	35	100	3.0	700	750	7.5
DUNDD004	DUNDD000546	35	38	100	3.0	800	1400	21.5
DUNDD004	DUNDD000547	38	40	100	2.0	480	650	12
DUNDD004	DUNDD000548	40	42	100	2.0	920	1600	2.7
DUNDD004	DUNDD000549	42	44	100	2.0	480	1300	2.5
DUNDD004	DUNDD000550	44	46	100	2.0	580	1000	4
DUNDD004	DUNDD000551	46	48	100	2.0	360	1300	5
DUNDD004	DUNDD000552	48	50	100	2.0	500	900	3.5
DUNDD004	DUNDD000553	50	52.5	100	2.5	600	1800	4
DUNDD004	DUNDD000554	52.5	54.5	100	2.0	320	3800	5.5
DUNDD004	DUNDD000591	54.5	56	100	1.5	221	1670	4.88
DUNDD004	DUNDD000592	56	58	100	2.0	597	1570	4.7
DUNDD004	DUNDD000593	58	60	100	2.0	464	1270	6.59
DUNDD004	DUNDD000594	60	62	100	2.0	840	1040	6.57
DUNDD004	DUNDD000595	62	64	100	2.0	469	837	4.48
DUNDD004	DUNDD000596	64	66	100	2.0	376	738	6.61
DUNDD004	DUNDD000597	66	68	100	2.0	381	1020	10.6
DUNDD004	DUNDD000598	68	70	100	2.0	408	481	4.08
DUNDD004	DUNDD000599	70	72	100	2.0	528	1350	4.22
DUNDD004	DUNDD000600	72	74	70	2.0	978	895	4.57
DUNDD004	DUNDD000601	74	76	75	2.0	342	789	1.98
DUNDD004	DUNDD000602	76	78	100	2.0	714	755	1.29
DUNDD004	DUNDD000603	78	80	70	2.0	911	1750	1.88
DUNDD004	DUNDD000604	80	82	100	2.0	737	1390	1.56
DUNDD004	DUNDD000605	82	84	100	2.0	619	1080	1.37
DUNDD004	DUNDD000606	84	86	100	2.0	687	1000	2.37
DUNDD004	DUNDD000607	86	88	100	2.0	803	938	2.39
DUNDD004	DUNDD000608	88	89.5	100	1.5	800	1920	5.35
DUNDD004	DUNDD000555	89.5	90.8	92	1.3	1840	1200	170
DUNDD004	DUNDD000556	90.8	92.3	80	1.5	4560	950	30.5
DUNDD004	DUNDD000557	92.3	93	100	0.7	2480	1400	4.6
DUNDD004	DUNDD000558	93	94	100	1.0	2380	1200	4.2
DUNDD004	DUNDD000559	94	95	100	1.0	880	1700	6
DUNDD004	DUNDD000560	95	96	100	1.0	1200	3100	7
DUNDD004	DUNDD000561	96	97	100	1.0	1180	1700	2.7
DUNDD004	DUNDD000562	97	98	100	1.0	600	1400	2.2
DUNDD004	DUNDD000563	98	99	100	1.0	173	415	1.72
DUNDD004	DUNDD000564	99	100	100	1.0	202	1160	2.54
DUNDD004	DUNDD000565	100	101	100	1.0	822	1840	2.51
DUNDD004	DUNDD000566	101	102	100	1.0	289	2250	3.22
DUNDD004	DUNDD000567	102	104	100	2.0	308	1530	2.29
DUNDD004	DUNDD000568	104	106	100	2.0	304	1730	2.28
DUNDD004	DUNDD000569	106	108	100	2.0	314	1290	2.2
DUNDD004	DUNDD000570	108	110	100	2.0	337	1715	2.71
DUNDD004	DUNDD000571	110	112	100	2.0	788	1375	2.26
DUNDD004	DUNDD000572	112	114	100	2.0	241	1760	3.48
DUNDD004	DUNDD000573	114	116	100	2.0	310	1615	3.59
DUNDD004	DUNDD000574	116	118	100	2.0	204	1060	2.63
DUNDD004	DUNDD000575	118	120	100	2.0	213	840	1.63
DUNDD004	DUNDD000576	120	122	100	2.0	348	657	1.6
DUNDD004	DUNDD000577	122	124	100	2.0	264	1045	2.79
DUNDD004	DUNDD000578	124	126	100	2.0	415	838	2.46
DUNDD004	DUNDD000579	126	128	100	2.0	220	548	1.68
DUNDD004	DUNDD000580	128	130	100	2.0	219	815	2.49
DUNDD004	DUNDD000609	130	133	100	3.0	157	888	2.7
DUNDD004	DUNDD000610	133	136	100	3.0	127	657	1.63
DUNDD004	DUNDD000611	136	139	100	3.0	413	1990	27.3
DUNDD004	DUNDD000612	139	142	100	3.0	286	826	2.12
DUNDD004	DUNDD000613	142	145	100	3.0	319	892	2.85
DUNDD004	DUNDD000614	145	148	100	3.0	211	1045	12.85
DUNDD004	DUNDD000615	148	151	100	3.0	258	2010	17.35
DUNDD004	DUNDD000616	151	154	100	3.0	383	1695	6.69
DUNDD004	DUNDD000617	154	157	100	3.0	323	945	3.45
DUNDD004	DUNDD000618	157	160	100	3.0	505	866	4.99
DUNDD004	DUNDD000619	160	163	100	3.0	768	615	2.7
TOTAL					163.0
					163.0	Mo > 500	Cu > 1000	Ag > 1.5

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HOLE ID	SAMPLE	FROM	TO	**REC % **	INTERVAL(m)	Mo(ppm)	Cu(ppm)	Ag (ppm)
DUNDD004A	DUNDD000620	154	156	100	2.0	375	667	3.45
DUNDD004A	DUNDD000621	156	158	100	2.0	370	897	1.8
DUNDD004A	DUNDD000622	158	160	100	2.0	1815	699	8.01
DUNDD004A	DUNDD000623	160	162	100	2.0	360	515	2.97
DUNDD004A	DUNDD000624	162	164	100	2.0	423	669	0.74
DUNDD004A	DUNDD000625	164	166	100	2.0	170	459	1.26
DUNDD004A	DUNDD000626	166	168	100	2.0	218	609	1.82
DUNDD004A	DUNDD000627	168	170	100	2.0	192	617	1.09
DUNDD004A	DUNDD000628	170	172	100	2.0	170	857	0.92
DUNDD004A	DUNDD000629	172	174	100	2.0	152	636	0.68
DUNDD004A	DUNDD000630	174	176	100	2.0	506	323	0.9
DUNDD004A	DUNDD000631	176	178	100	2.0	247	585	2.42
DUNDD004A	DUNDD000632	178	180	100	2.0	170	376	1.63
DUNDD004A	DUNDD000633	180	182	100	2.0	209	438	2.2
DUNDD004A	DUNDD000634	182	184	100	2.0	249	355	0.57
DUNDD004A	DUNDD000635	184	186	100	2.0	191	166.5	0.46
DUNDD004A	DUNDD000636	186	188	100	2.0	423	241	0.54
DUNDD004A	DUNDD000637	188	190	100	2.0	359	157.5	0.67
DUNDD004A	DUNDD000638	190	192	100	2.0	275	188	1
DUNDD004A	DUNDD000639	192	194	100	2.0	418	230	0.57
DUNDD004A	DUNDD000640	194	196	100	2.0	226	194.5	1.07
DUNDD004A	DUNDD000641	196	198	100	2.0	351	299	0.9
DUNDD004A	DUNDD000642	198	200	100	2.0	281	269	0.71
DUNDD004A	DUNDD000643	200	201.3	100	1.3	168	366	0.5
DUNDD004A	DUNDD000644	201.3	203	100	1.7	17.15	78.4	0.11
DUNDD004A	DUNDD000645	203	205	100	2.0	64	206	0.22
DUNDD004A	DUNDD000646	205	206	100	1.0	123	120	5.11
DUNDD004A	DUNDD000647	206	208	100	2.0	168	90.9	2.46
DUNDD004A	DUNDD000648	208	210.4	100	2.4	393	136	0.9
DUNDD004A	DUNDD000649	210.4	211.7	100	1.3	6.58	35.5	0.39
DUNDD004A	DUNDD000650	211.7	214	100	2.3	208	185.5	1.18
DUNDD004A	DUNDD000651	214	216	100	2.0	227	207	0.19
DUNDD004A	DUNDD000652	216	218	100	2.0	388	135	0.45
DUNDD004A	DUNDD000653	218	220	100	2.0	757	202	0.89
DUNDD004A	DUNDD000654	220	222	100	2.0	522	206	0.83
DUNDD004A	DUNDD000655	222	224	100	2.0	256	180.5	0.7
DUNDD004A	DUNDD000656	224	226	100	2.0	272	437	0.22
DUNDD004A	DUNDD000657	226	228	100	2.0	135	168.5	0.26
DUNDD004A	DUNDD000658	228	230	100	2.0	220	262	0.28
DUNDD004A	DUNDD000659	230	232	100	2.0	425	177	1.59
DUNDD004A	DUNDD000660	232	234	100	2.0	498	117	0.24
DUNDD004A	DUNDD000661	234	236	100	2.0	296	59.9	0.91
DUNDD004A	DUNDD000662	236	238	100	2.0	369	75.4	0.79
DUNDD004A	DUNDD000663	238	240	100	2.0	319	271	0.67
DUNDD004A	DUNDD000664	240	242	100	2.0	367	222	1.64
DUNDD004A	DUNDD000665	242	244	100	2.0	255	106	1.23
DUNDD004A	DUNDD000666	244	245	100	1.0	174	33.7	0.28
DUNDD004A	DUNDD001000	245	246	100	1.0	415	151.5	0.41
DUNDD004A	DUNDD001001	246	247	100	1.0	296	616	2.86
DUNDD004A	DUNDD001002	247	248	100	1.0	739	152.5	0.62
DUNDD004A	DUNDD001003	248	249	100	1.0	427	79	0.23
DUNDD004A	DUNDD001004	249	250	100	1.0	822	161.5	0.91
DUNDD004A	DUNDD001005	250	251	100	1.0	2320	130	1.11
DUNDD004A	DUNDD001006	251	252	100	1.0	682	104.5	0.59
DUNDD004A	DUNDD001007	252	254	100	2.0	320	81.8	0.37
DUNDD004A	DUNDD001008	254	256	100	2.0	304	187.5	0.35
DUNDD004A	DUNDD001009	256	258	100	2.0	239	234	0.54
DUNDD004A	DUNDD001010	258	260	100	2.0	232	169.5	0.72
DUNDD004A	DUNDD001011	260	262	100	2.0	291	197.5	0.57
DUNDD004A	DUNDD001012	262	264	100	2.0	309	163.5	0.91
DUNDD004A	DUNDD001013	264	266	100	2.0	367	303	1.33
DUNDD004A	DUNDD001014	266	268	100	2.0	419	206	1.26
DUNDD004A	DUNDD001015	268	270	100	2.0	223	194	1.38
DUNDD004A	DUNDD001016	270	272	100	2.0	213	229	0.46
DUNDD004A	DUNDD001017	272	274	100	2.0	346	280	0.89
DUNDD004A	DUNDD001018	274	276	100	2.0	249	583	3.2
DUNDD004A	DUNDD001019	276	278	100	2.0	823	647	5.03
					124.0	Mo > 500	Cu > 1000	Ag > 1.5

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HOLE ID	SAMPLE	FROM	TO	**REC % **	INTERVAL(m)	Mo(ppm)	Cu(ppm)	Ag (ppm)
DUNDD004A	DUNDD000667	278	280	100.0	2.00
DUNDD004A	DUNDD000668	280	282	100.0	2.00
DUNDD004A	DUNDD000669	282	284	100.0	2.00
DUNDD004A	DUNDD000670	284	286	100.0	2.00
DUNDD004A	DUNDD000671	286	288	100.0	2.00
DUNDD004A	DUNDD000672	288	290	100.0	2.00
DUNDD004A	DUNDD000673	290	292	100.0	2.00
DUNDD004A	DUNDD000674	292	294	100.0	2.00
DUNDD004A	DUNDD000675	294	296	100.0	2.00
DUNDD004A	DUNDD000676	296	298	100.0	2.00
DUNDD004A	DUNDD000677	298	300	100.0	2.00
DUNDD004A	DUNDD000678	300	302.5	100.0	2.50
DUNDD004A	DUNDD000679	302.5	303	100.0	0.50
DUNDD004A	DUNDD000680	303	305	100.0	2.00
DUNDD004A	DUNDD000681	305	307	100.0	2.00
DUNDD004A	DUNDD000682	307	309	100.0	2.00
DUNDD004A	DUNDD000683	309	311	100.0	2.00
DUNDD004A	DUNDD000684	311	312	100.0	1.00
DUNDD004A	DUNDD000685	312	314	100.0	2.00
DUNDD004A	DUNDD000686	314	316	100.0	2.00
DUNDD004A	DUNDD000687	316	317.6	87.5	1.60
DUNDD004A	DUNDD000688	317.6	319.1	46.7	1.50
DUNDD004A	DUNDD000689	319.1	321	100.0	1.90
DUNDD004A	DUNDD000690	321	323	100.0	2.00
DUNDD004A	DUNDD000691	323	325	100.0	2.00
DUNDD004A	DUNDD000692	325	327	100.0	2.00
DUNDD004A	DUNDD000693	327	328.7	88.2	1.70
DUNDD004A	DUNDD000694	328.7	331	100.0	2.30
DUNDD004A	DUNDD000695	331	333	100.0	2.00
DUNDD004A	DUNDD000696	333	335	100.0	2.00
DUNDD004A	DUNDD000697	335	337	100.0	2.00
DUNDD004A	DUNDD000698	337	339	100.0	2.00
DUNDD004A	DUNDD000699	339	341	100.0	2.00
DUNDD004A	DUNDD000700	341	343	100.0	2.00
DUNDD004A	DUNDD000701	343	345	100.0	2.00
DUNDD004A	DUNDD000702	345	347	100.0	2.00
DUNDD004A	DUNDD000703	347	349	100.0	2.00	650	1200	6.5
DUNDD004A	DUNDD000704	349	351	100.0	2.00	750	1300	8.5
DUNDD004A	DUNDD000705	351	353	100.0	2.00	445	1300	5.5
DUNDD004A	DUNDD000706	353	355	100.0	2.00	550	1300	4.3
DUNDD004A	DUNDD000707	355	357	100.0	2.00	650	1200	4.3
DUNDD004A	DUNDD000708	357	359	100.0	2.00	700	1600	6
DUNDD004A	DUNDD000709	359	361	100.0	2.00	550	700	4
DUNDD004A	DUNDD000710	361	363	100.0	2.00	900	900	3.5
DUNDD004A	DUNDD000711	363	365	100.0	2.00	800	650	3.9
DUNDD004A	DUNDD000712	365	367	100.0	2.00	900	1000	4.4
DUNDD004A	DUNDD000713	367	369	100.0	2.00	405	1100	5
DUNDD004A	DUNDD000714	369	371	100.0	2.00	1000	850	4.9
DUNDD004A	DUNDD000715	371	373	100.0	2.00	390	950	3.6
DUNDD004A	DUNDD000716	373	375	100.0	2.00	325	1100	3.1
DUNDD004A	DUNDD000717	375	377	100.0	2.00	195	1200	4.9
DUNDD004A	DUNDD000718	377	379	100.0	2.00	390	1300	5.5
					32.00	Mo > 500	Cu > 1000	Ag > 1.5

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APPENDIX 2: RAW ASSAY DATA – DMMDD001 & DMMDD002

HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD001	DMMDD000001	0	4	100	4.0	0.009	99	2.08	4.99
DMMDD001	DMMDD000002	4	8	100	4.0	0.008	157	0.93	8.44
DMMDD001	DMMDD000003	8	12	92.5	4.0	0.003	119	1.45	2.66
DMMDD001	DMMDD000004	12	16	100	4.0	0.002	136	0.86	1.98
DMMDD001	DMMDD000005	16	20	97.5	4.0	0.004	158	2.18	5.75
DMMDD001	DMMDD000006	20	24	85	4.0	0.003	75	0.6	0.66
DMMDD001	DMMDD000007	24	28	80	4.0	0.003	59	0.81	0.59
DMMDD001	DMMDD000008	28	32	92.5	4.0	0.004	75	0.98	1.07
DMMDD001	DMMDD000009	32	36	82.5	4.0	0.003	99	0.36	1.19
DMMDD001	DMMDD000010	36	40	100	4.0	0.007	96	2.55	1.98
DMMDD001	DMMDD000011	40	44	100	4.0	0.007	161	3.29	3.12
DMMDD001	DMMDD000012	44	48	100	4.0	0.015	112	2.47	4.96
DMMDD001	DMMDD000013	48	52	90	4.0	0.004	400	2.67	17.6
DMMDD001	DMMDD000014	52	56	95	4.0	0.003	128	2.09	21.9
DMMDD001	DMMDD000015	56	60	100	4.0	0.004	162	2.36	39.7
DMMDD001	DMMDD000016	60	64	100	4.0	0.062	151	13.35	242
DMMDD001	DMMDD000017	64	68	100	4.0	0.006	95	3.8	22.1
DMMDD001	DMMDD000018	68	70	100	2.0	0.005	64	4.33	67.1
DMMDD001	DMMDD000019	70	72	100	2.0	0.004	38.6	0.6	10.15
DMMDD001	DMMDD000020	72	74	100	2.0	0.003	91	0.54	3.38
DMMDD001	DMMDD000021	74	76	100	2.0	0.004	60	1.03	8.11
DMMDD001	DMMDD000022	76	78	100	2.0	0.004	25.3	2.39	9.13
DMMDD001	DMMDD000023	78	80	100	2.0	0.003	27	0.39	5.2
DMMDD001	DMMDD000024	80	82	100	2.0	0.004	42.9	0.21	1.42
DMMDD001	DMMDD000025	82	84	100	2.0	0.002	26.8	0.11	1.37
DMMDD001	DMMDD000026	84	86	100	2.0	0.002	11.25	0.1	0.91
DMMDD001	DMMDD000027	86	88	100	2.0	0.003	32.6	0.16	1.94
DMMDD001	DMMDD000028	88	90	100	2.0	0.002	34	0.06	1.35
DMMDD001	DMMDD000029	90	92	100	2.0	0.003	47.8	0.14	22
DMMDD001	DMMDD000030	92	94	100	2.0	0.002	25.1	0.07	0.94
DMMDD001	DMMDD000031	94	96	100	2.0	0.002	82	0.23	3.29
DMMDD001	DMMDD000032	96	98	100	2.0	0.002	12.65	0.09	0.54
DMMDD001	DMMDD000033	98	100	100	2.0	0.003	32.3	0.09	1.58
DMMDD001	DMMDD000034	100	102	100	2.0	<0.002	155	0.09	0.43
DMMDD001	DMMDD000035	102	104	100	2.0	0.002	45	0.33	0.57
DMMDD001	DMMDD000036	104	106	100	2.0	0.002	32.9	0.16	0.42
DMMDD001	DMMDD000037	106	108	100	2.0	0.002	64	0.43	5.77
DMMDD001	DMMDD000038	108	110	100	2.0	<0.002	33.4	0.16	2.27
DMMDD001	DMMDD000039	110	112	100	2.0	0.005	111	0.27	2.37
DMMDD001	DMMDD000040	112	114	100	2.0	0.003	189	0.13	1.33
DMMDD001	DMMDD000041	114	116	100	2.0	0.002	61	0.09	0.51
DMMDD001	DMMDD000042	116	118	100	2.0	0.003	10.85	0.06	0.28
DMMDD001	DMMDD000043	118	120	100	2.0	<0.002	7.79	0.35	0.83
DMMDD001	DMMDD000044	120	122	100	2.0	<0.002	11.4	0.35	1.12
DMMDD001	DMMDD000045	122	124	100	2.0	<0.002	8.37	0.17	1.01
DMMDD001	DMMDD000046	124	126	100	2.0	0.003	8.18	2.08	3.93
DMMDD001	DMMDD000047	126	128	100	2.0	0.005	32.4	3.22	11.2
DMMDD001	DMMDD000048	128	130	100	2.0	0.002	15.45	0.15	1.61
DMMDD001	DMMDD000049	130	132	100	2.0	0.002	18.3	0.09	0.52
DMMDD001	DMMDD000050	132	134	100	2.0	<0.002	19.15	0.19	0.86
DMMDD001	DMMDD000051	134	136	100	2.0	0.005	13.3	0.51	1.56
DMMDD001	DMMDD000052	136	138	100	2.0	<0.002	9.4	0.36	2.73
DMMDD001	DMMDD000053	138	140	100	2.0	<0.002	4.84	0.06	0.31
DMMDD001	DMMDD000054	140	142	100	2.0	0.002	9.4	0.07	0.27
DMMDD001	DMMDD000055	142	144	100	2.0	<0.002	17.95	0.23	0.57
DMMDD001	DMMDD000056	144	146	100	2.0	<0.002	8.43	0.1	0.33
DMMDD001	DMMDD000057	146	148	100	2.0	0.002	42.5	0.85	1.55
DMMDD001	DMMDD000058	148	150	100	2.0	0.01	10	2.01	2.63
DMMDD001	DMMDD000059	150	152	100	2.0	<0.002	182	0.4	1.7
DMMDD001	DMMDD000060	152	154	100	2.0	0.002	20.6	0.11	1.68
DMMDD001	DMMDD000061	154	156	100	2.0	<0.002	4.37	0.13	2.42
DMMDD001	DMMDD000062	156	158	100	2.0	<0.002	2.28	0.37	2.83
DMMDD001	DMMDD000063	158	160	100	2.0	0.003	7.4	0.6	2.39
DMMDD001	DMMDD000064	160	162	100	2.0	<0.002	3.95	0.62	1.86
DMMDD001	DMMDD000065	162	164	100	2.0	0.006	23.8	1.15	2.44
DMMDD001	DMMDD000066	164	166	100	2.0	0.031	36.6	8.15	3.15
DMMDD001	DMMDD000067	166	168	75	2.0	<0.002	4.77	0.14	0.72
DMMDD001	DMMDD000068	168	170	100	2.0	0.002	59	0.09	0.5
DMMDD001	DMMDD000069	170	172	100	2.0	0.003	68	0.17	0.63
DMMDD001	DMMDD000070	172	174	100	2.0	0.002	22.6	0.62	0.97
DMMDD001	DMMDD000071	174	176	100	2.0	0.005	13.6	0.49	0.82
DMMDD001	DMMDD000072	176	178	100	2.0	0.002	8.39	0.32	1.83
DMMDD001	DMMDD000073	178	180	100	2.0	0.006	2.17	0.19	5.76
DMMDD001	DMMDD000074	180	182	100	2.0	<0.002	14.7	0.14	1.26
DMMDD001	DMMDD000075	182	184	100	2.0	0.002	4.82	0.1	0.49
DMMDD001	DMMDD000076	184	186	100	2.0	0.036	4.1	5.4	12.9
DMMDD001	DMMDD000077	186	188	100	2.0	0.076	8.78	23	55.5
DMMDD001	DMMDD000078	188	190	100	2.0	0.017	6.25	11.75	31.4
DMMDD001	DMMDD000079	190	192	100	2.0	<0.002	30.5	0.48	1.87
DMMDD001	DMMDD000080	192	194	100	2.0	<0.002	10.75	0.42	1.93
DMMDD001	DMMDD000081	194	196	100	2.0	<0.002	70	0.5	1.73
DMMDD001	DMMDD000082	196	198	100	2.0	<0.002	5.37	0.3	2.14
DMMDD001	DMMDD000083	198	200	100	2.0	0.003	11.35	0.89	4.76
DMMDD001	DMMDD000084	200	202	100	2.0	0.002	10.6	0.24	2.13
DMMDD001	DMMDD000085	202	204	100	2.0	0.003	7.74	0.34	15.2
DMMDD001	DMMDD000086	204	206	100	2.0	<0.002	3.68	0.72	3.28
DMMDD001	DMMDD000087	206	208	100	2.0	0.006	3.24	1.99	13.6
DMMDD001	DMMDD000088	208	210	100	2.0	0.002	5.19	0.63	3.58

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HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD001	DMMDD000089	210	212	100	2.0	0.003	10	0.18	1.56
DMMDD001	DMMDD000090	212	214	100	2.0	0.002	2.02	0.37	2.39
DMMDD001	DMMDD000091	214	216	100	2.0	<0.002	1.95	0.16	0.82
DMMDD001	DMMDD000092	216	218	100	2.0	0.005	5.93	1.46	3.63
DMMDD001	DMMDD000093	218	220	100	2.0	<0.002	27.4	0.55	1.62
DMMDD001	DMMDD000094	220	222	100	2.0	<0.002	2.06	0.75	2.7
DMMDD001	DMMDD000095	222	224	100	2.0	<0.002	1.37	0.53	2.44
DMMDD001	DMMDD000096	224	226	100	2.0	0.002	1.81	2.05	7.12
DMMDD001	DMMDD000097	226	228	100	2.0	<0.002	1.25	1.01	3.16
DMMDD001	DMMDD000098	228	230	100	2.0	0.003	9.07	2.31	9.07
DMMDD001	DMMDD000099	230	232	100	2.0	<0.002	1.83	1.3	18.2
DMMDD001	DMMDD000100	232	234	100	2.0	0.009	5.49	1.39	10.15
DMMDD001	DMMDD000101	234	236	100	2.0	0.065	3.78	3.94	65.3
DMMDD001	DMMDD000102	236	238	100	2.0	0.035	2.25	1.57	23.5
DMMDD001	DMMDD000103	238	240	100	2.0	<0.002	5.6	0.21	0.75
DMMDD001	DMMDD000104	240	242	100	2.0	<0.002	2.75	0.13	0.98
DMMDD001	DMMDD000105	242	244	100	2.0	<0.002	4.33	0.31	1.31
DMMDD001	DMMDD000106	244	246	100	2.0	0.002	2.84	0.59	7.79
DMMDD001	DMMDD000107	246	248	100	2.0	0.003	1.35	1.02	3.26
DMMDD001	DMMDD000108	248	250	100	2.0	0.002	1.68	0.76	4.22
DMMDD001	DMMDD000109	250	252	100	2.0	0.005	5.46	9.15	31.9
DMMDD001	DMMDD000110	252	254	100	2.0	0.002	4.73	0.97	3.12
DMMDD001	DMMDD000111	254	256	100	2.0	0.005	1.67	1.01	4.3
DMMDD001	DMMDD000112	256	258	100	2.0	<0.002	0.6	0.38	1.35
DMMDD001	DMMDD000113	258	260	100	2.0	0.002	6.38	0.55	2.73
DMMDD001	DMMDD000114	260	262	100	2.0	0.01	1.09	1.56	4.45
DMMDD001	DMMDD000115	262	264	100	2.0	0.014	2.79	4.64	19.45
DMMDD001	DMMDD000116	264	266	100	2.0	0.042	4.24	24.1	179.5
DMMDD001	DMMDD000117	266	268	100	2.0	0.009	3.28	1.31	3.64
DMMDD001	DMMDD000118	268	270	100	2.0	0.002	2.26	0.58	3.81
DMMDD001	DMMDD000119	270	272	100	2.0	0.002	0.71	0.63	0.44
DMMDD001	DMMDD000120	272	274	100	2.0	0.004	2.72	1.35	3.02
DMMDD001	DMMDD000121	274	276	100	2.0	0.01	22.9	4.15	7.59
DMMDD001	DMMDD000122	276	278	100	2.0	0.011	1.12	3.84	11.75
DMMDD001	DMMDD000123	278	280	100	2.0	0.011	1.05	1.56	3.45
DMMDD001	DMMDD000124	280	282	70	2.0	0.008	1.54	1.42	3.1
DMMDD001	DMMDD000125	282	284	75	2.0	0.05	1.46	5.13	57.8
DMMDD001	DMMDD000126	284	286	100	2.0	0.005	0.58	1.59	14.9
DMMDD001	DMMDD000127	286	288	100	2.0	0.003	2.22	1.77	7.19
DMMDD001	DMMDD000128	288	290	100	2.0	0.01	4.89	3.49	25.9
DMMDD001	DMMDD000129	290	292	100	2.0	0.002	2.36	0.5	2.02
DMMDD001	DMMDD000130	292	294	85	2.0	0.002	0.84	1.74	6.39
DMMDD001	DMMDD000131	294	296	100	2.0	0.002	1.17	0.31	0.82
DMMDD001	DMMDD000132	296	298	100	2.0	0.002	0.71	0.4	1.62
DMMDD001	DMMDD000133	298	300	100	2.0	0.002	1.39	1.85	8.4
DMMDD001	DMMDD000134	300	302	100	2.0	0.002	0.95	2.12	8.4
DMMDD001	DMMDD000135	302	304	100	2.0	<0.002	2.33	0.26	2.5
DMMDD001	DMMDD000136	304	306	100	2.0	0.004	1.31	0.16	1.05
DMMDD001	DMMDD000137	306	308	95	2.0	0.015	0.8	0.16	5.35
DMMDD001	DMMDD000138	308	310	100	2.0	<0.002	0.6	0.17	0.5
DMMDD001	DMMDD000139	310	312	100	2.0	0.002	0.61	0.35	1.07
DMMDD001	DMMDD000140	312	314	100	2.0	<0.002	0.68	0.25	1.22
DMMDD001	DMMDD000141	314	316	100	2.0	0.009	0.89	3.06	49.3
DMMDD001	DMMDD000142	316	318	100	2.0	0.002	0.65	1.46	11.35
DMMDD001	DMMDD000143	318	320	100	2.0	<0.002	0.73	0.56	14
DMMDD001	DMMDD000144	320	322	100	2.0	0.003	1.05	0.37	38.4
DMMDD001	DMMDD000145	322	324	100	2.0	0.012	1.25	1.4	140
DMMDD001	DMMDD000146	324	326	100	2.0	0.006	1.24	0.81	28.2
DMMDD001	DMMDD000147	326	328	100	2.0	0.002	0.42	0.19	1.42
DMMDD001	DMMDD000148	328	330	100	2.0	<0.002	0.41	0.21	1.09
DMMDD001	DMMDD000149	330	332	100	2.0	<0.002	0.4	0.16	0.75
DMMDD001	DMMDD000150	332	334	100	2.0	<0.002	0.72	0.38	6.95
DMMDD001	DMMDD000151	334	336	100	2.0	<0.002	1.77	0.24	3.61
DMMDD001	DMMDD000152	336	338	100	2.0	<0.002	0.49	0.18	0.68
DMMDD001	DMMDD000153	338	340	100	2.0	0.003	0.61	0.15	0.66
DMMDD001	DMMDD000154	340	342	100	2.0	0.005	0.67	0.21	1.18
DMMDD001	DMMDD000155	342	344	100	2.0	0.002	0.64	0.24	1.64
DMMDD001	DMMDD000156	344	346	100	2.0	0.003	2.29	0.07	0.51
DMMDD001	DMMDD000157	346	348	100	2.0	<0.002	0.85	0.09	0.56
DMMDD001	DMMDD000158	348	350	100	2.0	<0.002	0.47	0.19	0.66
DMMDD001	DMMDD000159	350	352	85	2.0	0.012	7.52	1.17	7.95
DMMDD001	DMMDD000160	352	354	100	2.0	<0.002	0.54	0.15	0.67
DMMDD001	DMMDD000161	354	356	100	2.0	<0.002	0.99	0.1	0.89
DMMDD001	DMMDD000162	356	358	100	2.0	0.002	0.91	0.09	0.96
DMMDD001	DMMDD000163	358	360	100	2.0	0.003	2.28	0.16	1.63
DMMDD001	DMMDD000164	360	362	100	2.0	<0.002	1.3	0.07	0.34
DMMDD001	DMMDD000165	362	364	100	2.0	<0.002	1.72	0.26	1.07
DMMDD001	DMMDD000166	364	366	100	2.0	0.002	0.52	0.16	1.05
DMMDD001	DMMDD000167	366	368	100	2.0	0.003	0.51	0.17	0.93
DMMDD001	DMMDD000168	368	370	100	2.0	0.002	1.04	0.17	0.85
DMMDD001	DMMDD000169	370	372	100	2.0	0.003	1.45	0.2	0.71
DMMDD001	DMMDD000170	372	374	100	2.0	0.013	2.1	1.28	2.09
DMMDD001	DMMDD000171	374	376	100	2.0	0.003	0.56	1.41	3.25
DMMDD001	DMMDD000172	376	378	100	2.0	0.002	0.51	0.15	0.78
DMMDD001	DMMDD000173	378	380	100	2.0	0.002	0.54	0.35	0.94
DMMDD001	DMMDD000174	380	382	100	2.0	0.004	0.49	1.49	2.51
DMMDD001	DMMDD000175	382	384	100	2.0	<0.002	0.45	0.54	1.24
DMMDD001	DMMDD000176	384	386	100	2.0	<0.002	0.71	0.27	1.43
DMMDD001	DMMDD000177	386	388	100	2.0	0.002	0.95	0.27	1.51

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26 July 2010

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HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD001	DMMDD000178	388	390	100	2.0	0.002	1.58	0.31	1.95
DMMDD001	DMMDD000179	390	392	100	2.0	0.004	1.33	0.81	7.83
DMMDD001	DMMDD000180	392	394	100	2.0	<0.002	1.74	0.21	2.11
DMMDD001	DMMDD000181	394	396	100	2.0	0.008	7.66	4	49.7
DMMDD001	DMMDD000182	396	398	100	2.0	0.006	0.86	1.75	72.9
DMMDD001	DMMDD000183	398	400	100	2.0	0.006	1.44	2.1	15.65
DMMDD001	DMMDD000184	400	402	95	2.0	0.024	2.06	6.55	91.5
DMMDD001	DMMDD000185	402	404	95	2.0	0.008	1.57	1	8.72
DMMDD001	DMMDD000186	404	406	95	2.0	0.01	0.78	1.05	7.27
DMMDD001	DMMDD000187	406	408	95	2.0	0.004	0.57	0.24	2.37
DMMDD001	DMMDD000188	408	410	100	2.0	0.011	0.8	1.51	17.8
DMMDD001	DMMDD000189	410	412	90	2.0	0.006	0.66	1.02	15.45
DMMDD001	DMMDD000190	412	414	100	2.0	0.007	0.98	2.08	29.7
DMMDD001	DMMDD000191	414	416	100	2.0	0.007	0.92	1.46	14.15
DMMDD001	DMMDD000192	416	418	100	2.0	0.002	0.31	0.17	2.53
DMMDD001	DMMDD000193	418	420	100	2.0	0.004	0.49	0.28	12.65
DMMDD001	DMMDD000194	420	422	100	2.0	0.002	0.45	0.11	1.96
DMMDD001	DMMDD000195	422	424	100	2.0	0.002	0.65	0.13	2.48
DMMDD001	DMMDD000196	424	426	100	2.0	0.003	0.44	0.1	2.27
DMMDD001	DMMDD000197	426	428	100	2.0	0.002	0.41	0.11	4.01
DMMDD001	DMMDD000198	428	430	100	2.0	0.003	0.8	0.19	5.58
DMMDD001	DMMDD000199	430	432	100	2.0	<0.002	0.36	0.19	4.79
DMMDD001	DMMDD000200	432	434	95	2.0	0.002	0.41	0.16	4.59
DMMDD001	DMMDD000201	434	436	100	2.0	0.004	0.75	0.07	3.02
DMMDD001	DMMDD000202	436	438	100	2.0	0.003	0.48	0.43	12.4
DMMDD001	DMMDD000203	438	440	100	2.0	<0.002	0.69	0.16	2.81
DMMDD001	DMMDD000204	440	442	100	2.0	0.002	0.48	0.13	4.16
DMMDD001	DMMDD000205	442	444	100	2.0	0.003	0.63	0.16	3.52
DMMDD001	DMMDD000206	444	446	100	2.0	0.003	1.37	0.31	3.18
DMMDD001	DMMDD000207	446	448	100	2.0	<0.002	0.39	0.16	1.69
DMMDD001	DMMDD000208	448	450	100	2.0	0.002	0.77	0.14	2.05
DMMDD001	DMMDD000209	450	452	100	2.0	0.002	2.41	0.13	2.22
DMMDD001	DMMDD000210	452	454	100	2.0	0.002	0.49	0.09	1.34
DMMDD001	DMMDD000211	454	456	100	2.0	0.002	0.82	0.15	3.46
DMMDD001	DMMDD000212	456	458	100	2.0	0.002	1.37	0.24	4.96
DMMDD001	DMMDD000213	458	460	100	2.0	0.002	0.62	1.53	6.42
DMMDD001	DMMDD000214	460	462	100	2.0	<0.002	0.42	0.1	1
DMMDD001	DMMDD000215	462	464	100	2.0	0.002	0.48	0.1	1.02
DMMDD001	DMMDD000216	464	466	100	2.0	0.002	1.82	0.11	2.05
DMMDD001	DMMDD000217	466	468	100	2.0	<0.002	0.51	0.19	4.63
DMMDD001	DMMDD000218	468	471	100	3.0	0.002	0.32	0.1	0.72
DMMDD001	DMMDD000219	471	474	100	3.0	0.002	0.7	0.13	1.44
DMMDD001	DMMDD000220	474	477	100	3.0	0.002	1	0.31	4.14
DMMDD001	DMMDD000221	477	480	100	3.0	0.007	0.92	0.46	8.64
DMMDD001	DMMDD000222	480	483	97	3.0	0.002	1.59	0.2	2.43
DMMDD001	DMMDD000223	483	486	100	3.0	0.009	1.07	3.08	62.5
DMMDD001	DMMDD000224	486	489	100	3.0	0.009	0.69	4.42	31.8
DMMDD001	DMMDD000225	489	492	100	3.0	0.003	2.13	0.42	12.75
DMMDD001	DMMDD000226	492	495	100	3.0	0.003	0.59	0.14	3.6
DMMDD001	DMMDD000227	495	498	100	3.0	0.019	1.35	2.8	39.7
DMMDD001	DMMDD000228	498	500	100	2.0	0.073	1.33	21.5	1980
DMMDD001	DMMDD000229	500	502	100	2.0	0.076	1	50.1	3010
DMMDD001	DMMDD000230	502	504	100	2.0	0.022	0.92	15.3	1840
DMMDD001	DMMDD000231	504	506	100	2.0	0.014	0.49	9.84	69.8
DMMDD001	DMMDD000232	506	508	100	2.0	0.005	0.34	1	6.3
DMMDD001	DMMDD000233	508	510	100	2.0	0.003	0.35	0.69	13.75
DMMDD001	DMMDD000234	510	512	100	2.0	0.006	0.22	0.38	10.95
DMMDD001	DMMDD000235	512	514	100	2.0	0.023	0.57	4.02	134
DMMDD001	DMMDD000236	514	516	100	2.0	0.01	0.39	0.68	8.19
DMMDD001	DMMDD000237	516	518	100	2.0	0.006	2.29	0.67	8.84
DMMDD001	DMMDD000238	518	520	100	2.0	0.006	1	5.06	28.6
DMMDD001	DMMDD000239	520	522	100	2.0	0.008	0.65	7.34	72
DMMDD001	DMMDD000240	522	524	100	2.0	0.01	0.75	1.66	27.6
DMMDD001	DMMDD000241	524	526	100	2.0	0.006	1.64	5.43	61.4
DMMDD001	DMMDD000242	526	528	100	2.0	0.006	0.49	0.73	12.1
DMMDD001	DMMDD000243	528	529.8	100	1.8	0.006	0.43	0.3	9.16
DMMDD002	DMMDD000244	0	3	87	3	0.008	34	0.23	10.85
DMMDD002	DMMDD000245	3	6	90	3	0.011	33.9	0.55	11.4
DMMDD002	DMMDD000246	6	9	77	3	0.004	29.4	0.51	9.98
DMMDD002	DMMDD000247	9	12	93	3	0.002	16.75	0.44	3.49
DMMDD002	DMMDD000248	12	15	87	3	0.003	53	0.54	17.95
DMMDD002	DMMDD000249	15	18	87	3	0.002	33.2	0.45	6.72
DMMDD002	DMMDD000250	18	21	100	3	0.004	52	0.73	20.3
DMMDD002	DMMDD000251	21	24	100	3	0.003	51	0.85	4.61
DMMDD002	DMMDD000252	24	27	83	3	0.007	48	0.64	11.1
DMMDD002	DMMDD000253	27	30	77	3	0.008	15	0.68	31.1
DMMDD002	DMMDD000254	30	33	67	3	0.008	48.7	0.84	9.53
DMMDD002	DMMDD000255	33	36	93	3	0.007	72	0.68	9.35
DMMDD002	DMMDD000256	36	39	100	3	0.003	87	1.38	6.14
DMMDD002	DMMDD000257	39	42	100	3	0.004	66	0.92	13.05
DMMDD002	DMMDD000258	42	45	93	3	0.004	24.6	0.54	5.69
DMMDD002	DMMDD000259	45	48	100	3	0.013	31.7	1.2	13.65
DMMDD002	DMMDD000260	48	51	100	3	0.003	38.1	0.36	22.1
DMMDD002	DMMDD000261	51	54	100	3	0.004	5.48	2.26	28.4
DMMDD002	DMMDD000262	54	57	100	3	0.004	2.96	1.24	27.8
DMMDD002	DMMDD000263	57	60	100	3	0.003	3.26	0.74	24.7
DMMDD002	DMMDD000264	60	63	100	3	0.003	2.7	1.64	13.4
DMMDD002	DMMDD000265	63	66	100	3	0.004	9.64	2.57	17.25
DMMDD002	DMMDD000266	66	69	100	3	0.003	39.7	1.67	6.08

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HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD002	DMMDD000267	69	72	100	3	0.002	14.15	1.39	11.15
DMMDD002	DMMDD000268	72	75	100	3	0.006	37.5	2.68	15.65
DMMDD002	DMMDD000269	75	78	100	3	0.003	54	0.6	8.22
DMMDD002	DMMDD000270	78	80	100	2	0.003	30	0.32	3.17
DMMDD002	DMMDD000271	80	82	100	2	0.003	167	0.36	5.34
DMMDD002	DMMDD000272	82	84	80	2	0.003	101	0.2	3.83
DMMDD002	DMMDD000273	84	86	80	2	0.003	76	0.24	4.01
DMMDD002	DMMDD000274	86	88	100	2	0.002	61	0.17	0.94
DMMDD002	DMMDD000275	88	90	100	2	0.002	63	0.13	0.85
DMMDD002	DMMDD000276	90	92	85	2	0.003	76	0.15	1.06
DMMDD002	DMMDD000277	92	95	85	3	<0.002	43.9	0.14	1.1
DMMDD002	DMMDD000278	95	98	90	3	0.004	16	1.01	5.67
DMMDD002	DMMDD000279	98	101	100	3	0.004	17.95	0.63	6.8
DMMDD002	DMMDD000280	101	104	100	3	0.002	27.7	0.4	3.56
DMMDD002	DMMDD000281	104	107	100	3	0.003	135	0.33	9.58
DMMDD002	DMMDD000282	107	111	93	4	0.004	11.75	0.2	3.91
DMMDD002	DMMDD000283	111	114	100	3	0.003	20.1	0.49	6.82
DMMDD002	DMMDD000284	114	117	100	3	0.003	14.4	0.97	9.05
DMMDD002	DMMDD000285	117	120	100	3	0.005	20.1	3.65	14.35
DMMDD002	DMMDD000286	120	123	83	3	0.005	16.25	1.85	19.5
DMMDD002	DMMDD000287	123	126	100	3	0.003	21.6	0.29	3.01
DMMDD002	DMMDD000288	126	129	100	3	0.003	16.55	0.26	3.02
DMMDD002	DMMDD000289	129	132	100	3	0.003	20.7	0.22	3.82
DMMDD002	DMMDD000290	132	134.2	100	2.2	0.006	101	0.36	3.47
DMMDD002	DMMDD000291	134.2	136	100	1.8	0.005	26.1	0.34	4.86
DMMDD002	DMMDD000292	136	139	100	3	0.004	96	0.51	6.27
DMMDD002	DMMDD000293	139	142	100	3	0.004	14.05	0.64	4.53
DMMDD002	DMMDD000294	142	143.7	100	1.7	0.003	23.5	0.44	4.7
DMMDD002	DMMDD000295	143.7	146	100	2.3	0.014	38.6	1.26	11.55
DMMDD002	DMMDD000296	146	149	100	3	0.007	19.05	2.77	11.7
DMMDD002	DMMDD000297	149	152	100	3	0.005	24.4	0.9	2.29
DMMDD002	DMMDD000298	152	155	100	3	0.005	15.25	1.5	7.23
DMMDD002	DMMDD000299	155	158	93	3	0.011	9.05	0.41	3.03
DMMDD002	DMMDD000300	158	161	90	3	0.005	14.15	0.54	2.24
DMMDD002	DMMDD000301	161	164	100	3	0.003	16.9	1.59	4.58
DMMDD002	DMMDD000302	164	167	100	3	0.005	31.9	2.16	13.9
DMMDD002	DMMDD000303	167	170	100	3	0.005	17.8	1.03	16.5
DMMDD002	DMMDD000304	170	173	100	3	0.004	15.95	0.43	3.45
DMMDD002	DMMDD000305	173	176	100	3	0.005	12.25	0.62	2.25
DMMDD002	DMMDD000306	176	179	100	3	0.006	27.8	1.23	4.08
DMMDD002	DMMDD000307	179	182	100	3	0.002	27.9	0.89	6.39
DMMDD002	DMMDD000308	182	185	100	3	0.005	19.85	3.57	10.25
DMMDD002	DMMDD000309	185	188	100	3	0.002	19.75	3.16	15.7
DMMDD002	DMMDD000310	188	191	100	3	<0.002	32.1	0.58	5.94
DMMDD002	DMMDD000311	191	194	100	3	0.007	24.6	5.89	58
DMMDD002	DMMDD000312	194	197.3	100	3.3	0.003	30.2	1.16	8.4
DMMDD002	DMMDD000313	197.3	200	82	2.7	0.002	11.9	0.94	3.57
DMMDD002	DMMDD000314	200	203	93	3	0.002	22.3	0.5	2.58
DMMDD002	DMMDD000315	203	206	93	3	0.002	15.15	0.43	3.38
DMMDD002	DMMDD000316	206	209	100	3	0.007	55	0.74	14.65
DMMDD002	DMMDD000317	209	212	100	3	0.003	58	1.37	31.5
DMMDD002	DMMDD000318	212	215	100	3	<0.002	49.4	0.34	3.11
DMMDD002	DMMDD000319	215	218	100	3	0.005	44.7	0.15	1.13
DMMDD002	DMMDD000320	218	221	100	3	0.002	22.4	0.15	0.91
DMMDD002	DMMDD000321	221	224	100	3	0.002	31	0.24	3.81
DMMDD002	DMMDD000322	224	227	100	3	0.01	17.7	0.76	17.2
DMMDD002	DMMDD000323	227	230	90	3	0.007	22.7	0.88	11.55
DMMDD002	DMMDD000324	230	233	85	3	0.004	13.65	0.42	4.49
DMMDD002	DMMDD000325	233	236	93	3	0.003	7.94	0.96	8.17
DMMDD002	DMMDD000326	236	239	100	3	<0.002	8.38	0.24	3.26
DMMDD002	DMMDD000327	239	242	100	3	0.002	10.3	0.36	4.69
DMMDD002	DMMDD000328	242	245	100	3	0.004	22.9	0.81	6.42
DMMDD002	DMMDD000329	245	248	100	3	0.002	11.05	0.46	5.8
DMMDD002	DMMDD000330	248	251	100	3	0.004	15.1	0.29	1.52
DMMDD002	DMMDD000331	251	254	92	3	0.002	12.65	0.25	1.38
DMMDD002	DMMDD000332	254	257	100	3	0.005	13.1	0.52	5.6
DMMDD002	DMMDD000333	257	260	100	3	<0.002	12.95	0.23	3.01
DMMDD002	DMMDD000334	260	263	100	3	0.003	15.1	0.18	2.59
DMMDD002	DMMDD000382	263	266	100	3	0.004	12.95	0.58	5.36
DMMDD002	DMMDD000383	266	269	100	3	0.007	20.1	2.69	26.7
DMMDD002	DMMDD000384	269	272	100	3	0.031	13.2	0.4	4.11
DMMDD002	DMMDD000385	272	275	100	3	0.01	9.21	0.42	3.74
DMMDD002	DMMDD000386	275	278	100	3	0.005	14.55	1.22	11.3
DMMDD002	DMMDD000387	278	281	100	3	0.008	19.05	4.18	13.7
DMMDD002	DMMDD000388	281	284	93	3	0.021	22.4	4.69	19.6
DMMDD002	DMMDD000389	284	287	93	3	0.01	58	3.24	28
DMMDD002	DMMDD000390	287	290	100	3	0.012	16	5.93	24.4
DMMDD002	DMMDD000391	290	293	100	3	0.003	13.85	0.39	4.1
DMMDD002	DMMDD000392	293	296	100	3	0.002	23	0.58	3.53
DMMDD002	DMMDD000393	296	299	100	3	<0.002	27.1	0.46	2.07
DMMDD002	DMMDD000394	299	302	100	3	0.014	48.1	0.36	5.16
DMMDD002	DMMDD000395	302	305	100	3	0.141	12.7	15.65	10.9
DMMDD002	DMMDD000396	305	308	100	3	0.004	24.6	1.13	11.5
DMMDD002	DMMDD000397	308	311	100	3	0.007	16.8	1.47	7.44
DMMDD002	DMMDD000398	311	314	100	3	0.003	21.8	0.57	3.99
DMMDD002	DMMDD000399	314	317	100	3	<0.002	44.3	0.35	2.91
DMMDD002	DMMDD000400	317	320	100	3	<0.002	28.5	0.74	7.37
DMMDD002	DMMDD000401	320	323	100	3	0.005	23.6	0.37	3.88
DMMDD002	DMMDD000402	323	326	100	3	0.003	17.15	0.28	2.29

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Page 16 of 18

26 July 2010

==> picture [72 x 72] intentionally omitted <==

HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD002	DMMDD000403	326	329	100	3	0.003	19.6	0.36	2.34
DMMDD002	DMMDD000404	329	332	100	3	<0.002	14.15	0.45	3.11
DMMDD002	DMMDD000405	332	335	100	3	0.004	20.4	0.36	2.18
DMMDD002	DMMDD000500	335	338	100	3	0.006	72	0.36	3.85
DMMDD002	DMMDD000501	338	340.9	100	2.9	0.013	21.9	0.63	4.61
DMMDD002	DMMDD000502	340.9	342.1	100	1.2	0.11	34.3	2.37	52.5
DMMDD002	DMMDD000355	342.1	342.8	100	0.7	0.162	37	3.07	65.2
DMMDD002	DMMDD000356	342.8	343.7	100	0.9	0.184	16.95	0.64	10.1
DMMDD002	DMMDD000357	343.7	343.9	100	0.2	0.6	61	0.75	9.02
DMMDD002	DMMDD000358	343.9	344.4	100	0.5	0.025	26.8	1.37	7.23
DMMDD002	DMMDD000359	344.4	347	100	2.6	0.019	9.63	0.26	0.79
DMMDD002	DMMDD000360	347	349.3	100	2.3	0.012	27.3	1.45	5.73
DMMDD002	DMMDD000361	349.3	349.9	100	0.6	0.022	10.2	35	75.6
DMMDD002	DMMDD000362	349.9	351.1	83.33333	1.2	0.288	9.58	22.5	241
DMMDD002	DMMDD000363	351.1	351.5	100	0.4	0.002	11.3	2.67	24.2
DMMDD002	DMMDD000364	351.5	353	100	1.5	0.003	9.34	1.15	7.73
DMMDD002	DMMDD000365	353	356	100	3	0.003	13.45	0.66	5.25
DMMDD002	DMMDD000366	356	359	100	3	<0.002	13.35	0.3	3.32
DMMDD002	DMMDD000367	359	362	100	3	0.003	31.7	0.37	2.26
DMMDD002	DMMDD000368	362	365.1	100	3.1	0.002	22.3	0.4	3.21
DMMDD002	DMMDD000369	365.1	368	100	2.9	<0.002	31.6	0.4	2.69
DMMDD002	DMMDD000370	368	369	100	1	<0.002	17.25	0.16	2.65
DMMDD002	DMMDD000371	369	370.1	100	1.1	0.004	19.8	0.24	2.15
DMMDD002	DMMDD000372	370.1	373	100	2.9	<0.002	17.75	0.27	4.15
DMMDD002	DMMDD000373	373	376	100	3	<0.002	17.1	0.28	3.48
DMMDD002	DMMDD000374	376	378.4	100	2.4	<0.002	32.1	0.52	9.56
DMMDD002	DMMDD000375	378.4	379	100	0.6	0.16	14.8	47.1	391
DMMDD002	DMMDD000376	379	379.7	100	0.7	0.003	10.8	12.9	89.9
DMMDD002	DMMDD000377	379.7	380.3	100	0.6	0.154	21.2	23.8	135
DMMDD002	DMMDD000378	380.3	382.2	100	1.9	0.003	23.2	1.82	23.1
DMMDD002	DMMDD000379	382.2	385	100	2.8	0.003	16.5	1.01	8.23
DMMDD002	DMMDD000380	385	388	100	3	0.005	49.3	0.64	12.3
DMMDD002	DMMDD000381	388	390.7	100	2.7	<0.002	124	0.37	3.26
DMMDD002	DMMDD000406	390.7	393	100	2.3	0.002	114	0.79	3.41
DMMDD002	DMMDD000407	393	395.3	100	2.3	0.002	54	0.8	4.94
DMMDD002	DMMDD000408	395.3	399.2	100	3.9	0.007	6.69	0.98	0.82
DMMDD002	DMMDD000409	399.2	403	100	3.8	0.004	103	1.69	6.36
DMMDD002	DMMDD000410	403	406	100	3	0.006	76	1.82	4.93
DMMDD002	DMMDD000411	406	409	100	3	0.002	82	1.67	6.23
DMMDD002	DMMDD000335	409	410	100	1	0.009	75	2.93	11.85
DMMDD002	DMMDD000336	410	411	100	1	0.003	305	2.02	28.8
DMMDD002	DMMDD000337	411	412	100	1	0.007	1750	1.49	16.6
DMMDD002	DMMDD000338	412	413	100	1	0.003	82	0.74	1.03
DMMDD002	DMMDD000339	413	414	100	1	0.002	91	0.63	0.77
DMMDD002	DMMDD000340	414	415	100	1	0.003	115	0.55	0.95
DMMDD002	DMMDD000341	415	416	100	1	0.004	98	1.07	1.14
DMMDD002	DMMDD000342	416	417	100	1	0.003	77	0.76	1.12
DMMDD002	DMMDD000343	417	418	100	1	0.004	243	0.47	0.95
DMMDD002	DMMDD000344	418	419	100	1	0.006	43.9	1.26	1.33
DMMDD002	DMMDD000345	419	420	100	1	0.009	97	3.01	8.53
DMMDD002	DMMDD000346	420	421	100	1	0.005	78	9.26	19.5
DMMDD002	DMMDD000347	421	421.4	100	0.4	0.007	1615	3.04	8.9
DMMDD002	DMMDD000348	421.4	422	100	0.6	0.007	72	9.59	38.6
DMMDD002	DMMDD000349	422	425	100	3	0.006	70	1.25	2.94
DMMDD002	DMMDD000350	425	427	100	2	0.005	42.6	1.87	4.24
DMMDD002	DMMDD000351	427	430	100	3	0.006	49.3	1.47	4.13
DMMDD002	DMMDD000352	430	430.9	100	0.9	0.005	171	1.58	5.62
DMMDD002	DMMDD000353	430.9	431	100	0.1	>1.00	1500	31.1	182
DMMDD002	DMMDD000354	431	432	100	1	0.004	333	0.89	7.08
DMMDD002	DMMDD000412	432	435	100	3	0.015	55	0.28	3.37
DMMDD002	DMMDD000413	435	438	100	3	0.007	49.4	0.97	7.8
DMMDD002	DMMDD000414	438	441	100	3	0.016	85	2.73	9.47
DMMDD002	DMMDD000415	441	444	83	3	0.012	24.4	3.41	8.39
DMMDD002	DMMDD000416	444	447	100	3	0.004	25.9	0.81	1.66
DMMDD002	DMMDD000417	447	450	100	3	0.016	21.1	2.84	7.38
DMMDD002	DMMDD000418	450	453	100	3	0.027	47.6	4.55	26.3
DMMDD002	DMMDD000419	453	456	100	3	0.013	43.4	1.77	5.15
DMMDD002	DMMDD000420	456	459	100	3	0.005	117	0.6	3.17
DMMDD002	DMMDD000421	459	462	100	3	0.024	48.5	4.68	12.4
DMMDD002	DMMDD000422	462	465	100	3	0.011	16.4	0.52	2.04
DMMDD002	DMMDD000423	465	468	100	3	0.009	12.1	1.16	3.64
DMMDD002	DMMDD000424	468	471	100	3	0.002	4.47	0.37	1.95
DMMDD002	DMMDD000425	471	474	83	3	0.013	38.4	4.97	41.9
DMMDD002	DMMDD000426	474	477	83	3	0.011	16.55	2.18	29.3
DMMDD002	DMMDD000427	477	480	90	3	0.009	11.75	3.59	22.8
DMMDD002	DMMDD000428	480	482	100	2	0.002	8.66	0.98	6.57
DMMDD002	DMMDD000429	482	484.8	100	2.8	0.003	4.39	0.18	0.09
DMMDD002	DMMDD000430	484.8	488	100	3.2	0.011	20.3	2.19	11.25
DMMDD002	DMMDD000431	488	490	100	2	0.018	2.83	3.01	45.3
DMMDD002	DMMDD000432	490	493	43	3	0.009	4.97	1.85	13.2
DMMDD002	DMMDD000433	493	496	100	3	0.006	10.35	2.49	11
DMMDD002	DMMDD000434	496	499	100	3	0.042	4.01	1.57	6.29
DMMDD002	DMMDD000435	499	502	100	3	0.008	27.6	1.43	7.62
DMMDD002	DMMDD000436	502	505	100	3	0.006	9.9	0.29	4.72
DMMDD002	DMMDD000437	505	508	100	3	0.013	5.59	1.67	15.35
DMMDD002	DMMDD000438	508	511	100	3	0.009	9.9	1.64	10.05
DMMDD002	DMMDD000439	511	514	100	3	0.003	6.88	3.22	30.9
DMMDD002	DMMDD000440	514	517	100	3	0.006	54.9	0.69	7.92
DMMDD002	DMMDD000441	517	520	100	3	0.005	39.8	5.02	24.3

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HOLE_ID	SAMPLE	FROM	TO	REC %	INTERVAL(m)	**Au(ppm) **	**Mo(ppm) **	**Ag (ppm) **	Bi(ppm)
DMMDD002	DMMDD000442	520	523	100	3	0.004	35.4	1.5	12.25
DMMDD002	DMMDD000443	523	525.6	100	2.6	0.008	4.65	5.75	71.2
DMMDD002	DMMDD000444	525.6	526	100	0.4	0.072	3.32	35.7	127
DMMDD002	DMMDD000445	526	529	100	3	0.012	3.94	4.59	73.2
DMMDD002	DMMDD000446	529	533.6	100	4.6	0.015	7.03	2.73	69.4
DMMDD002	DMMDD000447	533.6	535	100	1.4	0.007	4.08	0.26	5.1
DMMDD002	DMMDD000448	535	538	100	3	0.007	2.01	0.31	6.72
DMMDD002	DMMDD000449	538	541	100	3	0.01	3.3	1.08	27.7
DMMDD002	DMMDD000450	541	544	100	3	0.006	2.59	0.47	11.2
DMMDD002	DMMDD000451	544	547	100	3	0.006	4.32	0.68	11.3
DMMDD002	DMMDD000452	547	550	100	3	<0.002	1.73	0.51	8.23
DMMDD002	DMMDD000453	550	553	100	3	0.004	3.7	0.41	3.67
DMMDD002	DMMDD000454	553	556	100	3	0.003	8.28	0.53	2.61
DMMDD002	DMMDD000455	556	558.4	100	2.4	0.013	57.4	3.4	46.6
DMMDD002	DMMDD000456	558.4	559.4	100	1	0.007	8.81	2.5	18.6
DMMDD002	DMMDD000457	559.4	564.2	100	4.8	0.015	1.23	6.34	36.5
DMMDD002	DMMDD000458	564.2	565.4	100	1.2	0.086	41.2	14.6	105.5
DMMDD002	DMMDD000459	565.4	567	100	1.6	0.009	2.67	1.86	11.2
DMMDD002	DMMDD000460	567	569	100	2	0.031	7.42	9.48	50
DMMDD002	DMMDD000461	569	571	85	2	0.042	2.52	14.35	94
DMMDD002	DMMDD000462	571	573	100	2	0.007	2.73	5.55	73.6
DMMDD002	DMMDD000463	573	574.7	100	1.7	0.016	3.13	18.15	241
DMMDD002	DMMDD000464	574.7	578	100	3.3	0.01	0.94	0.96	3.62
DMMDD002	DMMDD000465	578	581	100	3	0.008	0.94	2.02	3.81
DMMDD002	DMMDD000466	581	584	100	3	0.012	1.66	1.29	15.95
DMMDD002	DMMDD000467	584	588	100	4	0.007	1.49	0.18	4.96
DMMDD002	DMMDD000468	588	592	97.5	4	0.017	1.9	5.47	28.4
DMMDD002	DMMDD000469	592	596	100	4	0.011	1.71	3.71	30.4
DMMDD002	DMMDD000470	596	600	100	4	0.008	1.74	1.12	10
DMMDD002	DMMDD000471	600	604	100	4	0.004	0.93	0.12	2.93
DMMDD002	DMMDD000472	604	608	100	4	0.003	1.09	0.16	1.26
DMMDD002	DMMDD000473	608	612	100	4	0.003	0.7	0.11	1.29
DMMDD002	DMMDD000474	612	616	100	4	0.002	0.6	0.23	2.29
DMMDD002	DMMDD000475	616	620	100	4	<0.002	0.62	0.38	1.37
DMMDD002	DMMDD000476	620	624	100	4	0.002	1.23	0.47	3.25
DMMDD002	DMMDD000477	624	628	100	4	<0.002	0.53	0.08	0.67
DMMDD002	DMMDD000478	628	632	100	4	0.003	0.42	0.06	0.79
DMMDD002	DMMDD000479	632	636	100	4	0.011	1.12	0.06	1.78
DMMDD002	DMMDD000480	636	640	100	4	0.007	0.71	0.25	1.24
DMMDD002	DMMDD000481	640	644	100	4	0.004	0.53	0.35	4.01
DMMDD002	DMMDD000482	644	648	100	4	0.002	0.93	0.06	0.49
DMMDD002	DMMDD000483	648	652	100	4	0.003	2.47	0.19	1.42
DMMDD002	DMMDD000484	652	656	100	4	0.005	0.53	0.26	4.05
DMMDD002	DMMDD000485	656	660	100	4	0.005	1.66	0.38	3.81
DMMDD002	DMMDD000486	660	664	100	4	0.009	0.46	1.74	7.25
DMMDD002	DMMDD000487	664	668	100	4	0.011	0.57	1.1	4.32
DMMDD002	DMMDD000488	668	671	100	3	0.003	1.41	1.43	4.21
DMMDD002	DMMDD000489	671	673	100	2	0.008	0.97	0.57	8.69

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