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Canadian Gold Miner Grab Sample Returns 29.5 Grams per tonne Gold from South Kirkland Project

Drill Results Exploration Programs Sampling & Geoscience Results

Canadian Gold Miner Grab Sample Returns 29.5 Grams per tonne Gold

from South Kirkland Project

Sudbury, July 27, 2017 – Canadian Gold Miner Corp (“CGM”, the Company) and Transition

Metals Corp. (XTM – TSX.V, “Transition”) are pleased to announce preliminary sampling

results from CGM’s South Kirkland project. The Lafond showing is one of 7 gold mineralized

zones that the Company has identified in the southeastern portion of the South Kirkland project

located 10 kilometres southeast of Larder Lake Ontario. Figure 1 depicts the location of the

Lafond showing within an outline of CGM’s south Kirkland project area.

Initial assay results from 62 grab samples collected from bedrock exposures in the vicinity of the

Lafond showing have returned gold values ranging from <0.01 to 29.5 grams per tonne gold (g/t

Au) with a mean value of 2.2 g/t Au (see Table 1). Figure 2 presents a detailed map of the

Lafond area that illustrates sample locations and values. Please note that grab samples are

selective samples are not necessarily representative of the mineralization hosted on the

property.

Commenting on the results, CGM CEO Greg Collins, P.Geo said, “We are very encouraged by

what we are seeing at Lafond so far. The results indicate an approximately 700 by 100 metre

wide gold mineralized exposure around the known high grade vein occurrences located in the

vicinity of the Lafond shaft. This highlights the potential for a larger and more widespread

system of gold mineralization on the property. Work is progressing to expose more bedrock in

preparation for channel sampling and diamond drilling.”

About the Lafond Showing:

The Lafond showing is one of 7 occurrences within the South Kirkland project area selected for

surface mapping and sampling work this summer. At Lafond, a pre-1928 shaft was sunk to a

depth of 160 metres with approximately 460 metres of lateral development completed on 3

levels to test a series of high-grade quartz veins hosted in a large (approximately 100 m wide by

a minimum 800 m long as exposed) alkaline to calc -alkaline intrusive complex. Historically,

more than 13 major veins have been identified on the property with the No, 9, 10, and 11 veins

located north of the shaft being the main focus of historic exploration. On surface, the No. 9 vein

is 0.5 to 2 metres wide, the No.10 Vein up to 0.5 metres wide and the No. 11 Vein averages 2

metres wide at the west end and 0.5 metres near the east end. Historical assay records from

ten drill holes at Lafond reported intersecting values including 9.05 g/t Au over 1.68 metres, 7.54

g/t over 0.30 metres, and 2.07 g/t Au over 3.75 metres¹. Cited grades have been sourced from

historical assessment reports that the Co mpany have not been independently authenticated by

the Qualified Person and as such should not be relied upon as being accurate by the reader.

¹Source: MNDM 1984 Assessment Report 32D04SE0351

South Kirkland Exploration Plans

Plans for the summer include mechanical trenching, detailed mapping, and channel sampling at

the south Kirkland project. The Company is completing the work ahead of a planned 1,500 to

3,500 metre diamond drilling program expected to commence following completion and review

of data from the trenching work now in progress.

Table 1. Lafond Surface Mapping Samples

Sample  Type  Easting 

(metres)

Northing 

(metres)  Au (g/t) 

L783538  Trench  600420 5317030 29.50

L784259  Trench  600184 5317433 18.80

L784260  Trench  600184 5317433 17.80

L783540  Trench  600403 5317039 14.50

L784261  Trench  600178 5317428 9.82

L783539  Trench  600420 5317030 9.51

L784258  Trench  600188 5317437 7.33

L784160  Outcrop  600394 5316985 5.76

L784278  Outcrop  600225 5317274 5.12

L783541  Trench  600413 5317038 3.29

L784296  Outcrop  600316 5317117 2.82

L784273  Outcrop  600196 5317507 1.60

L784253  Outcrop  600203 5317399 1.56

L784159  Outcrop  600394 5316985 1.39

L784174  Outcrop  600453 5316904 1.38

L784293  Outcrop  600319 5317134 0.67

L784297  Outcrop  600316 5317114 0.65

L784153  Outcrop  600300 5317051 0.61

L784257  Trench  600193 5317434 0.43

L784276  Outcrop  600185 5317486 0.37

L783537  Trench  600395 5317077 0.35

L784274  Outcrop  600186 5317483 0.35

L784254  Outcrop  600203 5317399 0.34

L784171  Outcrop  600468 5316966 0.21

L784277  Outcrop  600244 5317304 0.12

L784161  Outcrop  600428 5317002 0.12

L784151  Outcrop  600296 5317049 0.12

L784173  Outcrop  600451 5316893 0.12

L784178  Outcrop  600450 5317016 0.09

L784154  Outcrop  600298 5317053 0.07

L784169  Outcrop  600455 5316999 0.06

L784281  Outcrop  600196 5317219 0.04

L784252  Outcrop  600215 5317369 0.04

L784162  Outcrop  600302 5316997 0.03

L784167  Outcrop  600337 5317053 0.03

L784256  Outcrop  600216 5317408 0.03

L784272  Outcrop  600205 5317511 0.02

L784168  Outcrop  600450 5317008 0.02

L784179  Outcrop  600448 5317025 0.02

L784165  Outcrop  600454 5316963 0.02

L784157  Outcrop  600334 5317031 0.01

L784251  Outcrop  600194 5317346 0.01

L784282  Outcrop  600198 5317217 0.01

L784292  Outcrop  600359 5317123 0.01

L784158  Outcrop  600329 5317047 <0.01

L784166  Outcrop  600425 5316932 <0.01

L784177  Outcrop  600450 5317016 <0.01

L784299  Outcrop  600297 5317050 <0.01

L784152  Outcrop  600294 5317050 <0.01

L784176  Outcrop  600445 5316935 <0.01

L784279  Outcrop  600199 5317219 <0.01

L784284  Outcrop  600148 5317389 <0.01

L784285  Outcrop  600148 5317389 <0.01

L784294  Outcrop  600317 5317126 <0.01

L784295  Outcrop  600319 5317115 <0.01

L784156  Outcrop  600331 5317030 <0.01

L784163  Outcrop  600324 5316998 <0.01

L784164  Outcrop  600332 5316970 <0.01

L784170  Outcrop  600452 5316985 <0.01

L784172  Outcrop  600384 5316897 <0.01

L784187  Outcrop  600392 5317095 <0.01

About Canadian Gold Miner Corp

Canadian Gold Miner Corp. is a Canadian private corporation focused on exploring for gold in

the Larder Lake Mining District near Kirkland Lake. The Company was founded by Transition to

leverage its data, expertise and extensive portfolio of high quality gold projects within the

district. CGM has assembled a dominant land position in excess of 165 square kilometres

around the Cadillac Larder, Lincoln-Nipissing and Ridout Structures in the southwestern part of

the prolific Abitibi Greenstone belt in Ontario. The Abitibi Greenstone belt is Canada’s most

prolific gold district with excellent mining infrastructure in place.

About Transition Metals Corp

Transition Metals Corp. (XTM -TSX.V) is a Canadian-based, multi-commodity project generator

that specializes in converting new exploration ideas into Canadian discoveries. The award-

winning team of geoscientists has extensive ex ploration experience in established, emerging

and historic mining camps, and actively develops and tests new ideas for discovering

mineralization in places that others have not look ed, which often allows the company to acquire

properties inexpensively. The company has an expanding portfolio that currently includes gold,

copper, nickel and platinum projects primarily in Ontario, Nunavut, Northwest Territories, British

Columbia, Saskatchewan and Minnesota that it seeks to advance through funding partnerships

and subsidiary companies to maximize shareholder value. Transition Metals presently own

approximately 50% of Canadian Gold Miner.

Qualified Person

The technical elements of this press releas e have been approved by Mr. Thomas Hart, P.Geo.,

V.P. Exploration for Canadian Gold Miner and a Qualified Person under National Instrument 43-

101. All core samples were collected by Company representatives under the supervision of the

Qualified Person and transported directly by the co mpany to the lab. Transition Metals employs

in-house QA/QC procedures that conform to industry best practices. All analytical work

performed on core samples was conducted at ALS-Chemex with sample preparation completed

in Sudbury, Ontario and analyses completed in North Vancouver, B.C. The quality system used

by ALS-Chemex complies with international standards ISO 9001:2000 and ISO 17025:2005.

Cautionary Note on Forward-Looking Information

Except for statements of historical fact contained herein, the information in this news release

constitutes "forward-looking information" within the meaning of Canadian securities law. Such

forward-looking information may be identified by words such as "plans", "proposes", "estimates",

"intends", "expects", "believes", "may", "will" and include without limitation, statements regarding

estimated capital and operating costs, expected production timeline, benefits of updated

development plans, foreign exchange assumptions and regulatory approvals. There can be no

assurance that such statements will prove to be accurate; actual results and future events could

differ materially from such statements. Factors that could cause actual results to differ materially

include, among others, metal prices, competition, risks inherent in the mining industry, and

regulatory risks. Most of these factors are outside the control of the Company. Investors are

cautioned not to put undue reliance on forward-looking information. Except as otherwise

required by applicable securities statutes or re gulation, the Company expressly disclaims any

intent or obligation to update publicly forward-looking information, whether as a result of new

information, future events or otherwise.

Neither the TSX Venture Exchange nor its Regulation Services Provider (as that term is defined

in the policies of the TSX Venture Exchange) accepts responsibility for the adequacy or

accuracy of this release.

For more information about Canadian Gold Miner visit the company’s newly launched website

at: www.canadiangoldminer.com or by contacting:

Greg Collins, P.Geo.

President and CEO

Canadian Gold Miner Corp.

Tel: (705) 872-6390

Scott McLean, P.Geo.

President and CEO

Transition Metals Corp

Tel: (705) 669-5090

Figure 1. Location of the Lafond occurrence and the South Kirkland Project Area, Near Kirkland Lake Ontario

Figure 2. Lafond Shaft area showing Sample Locations and Values