Kura Oncology, Inc. annual report, FY2016

Kura Oncology, Inc. — Fiscal 2016 Form 10-K Summary

Business context and reporting period

Kura Oncology is a clinical-stage biopharmaceutical company developing precision oncology medicines and companion diagnostics. This Form 10-K covers the fiscal year ended December 31, 2016 and was filed March 14, 2017. The company had no approved products or product revenue and employed 22 full-time and three part-time employees at year-end.

  • Tipifarnib: Lead oral farnesyl transferase inhibitor in four Phase 2 programs: HRAS-mutant solid tumors, peripheral T-cell lymphoma, lower-risk myelodysplastic syndromes and chronic myelomonocytic leukemia.
  • KO-947: ERK inhibitor; FDA investigational new drug application became effective in December 2016, with Phase 1 initiation planned for the first half of 2017.
  • KO-539: Menin-MLL inhibitor; nominated as a development candidate in December 2016 and remained preclinical.

Financial performance and key metrics

Metric20162015Change
Product revenue$0$0No change
Research and development expense$20.4 million$17.8 million+$2.6 million
General and administrative expense$8.0 million$6.1 million+$1.9 million
Other income, net$0.8 million$1.2 million-$0.4 million
Net loss$27.6 million$22.6 million+$4.9 million loss
Basic and diluted loss per share$1.47$2.28Improved due primarily to higher share count
Net cash used in operating activities$25.3 million$17.9 million+$7.4 million use
Cash, cash equivalents and short-term investments$67.8 million$85.7 million-$17.9 million
Long-term debt, net$7.3 million$0New debt facility

Gross or operating margins are not meaningful because the company had no product sales. Total operating expenses were $28.4 million in 2016 versus $23.9 million in 2015. Accumulated deficit increased to $53.9 million from $26.3 million.

Research and development spending increased for tipifarnib by $3.4 million, primarily because of Phase 2 clinical development and manufacturing. KO-947 spending declined by $2.1 million as IND-enabling activities were completed, while discovery and preclinical spending increased by $1.6 million, mainly for the menin-MLL program.

Liquidity, debt and capital resources

  • Year-end cash and cash equivalents were $9.7 million, with $58.1 million of short-term investments.
  • Operating cash use increased to $25.3 million. Investing activities provided $12.2 million, primarily from net maturities of marketable securities.
  • In April 2016, Kura borrowed $7.5 million under a term loan facility of up to $20.0 million. An additional $12.5 million was available through May 1, 2017, subject to advancement of KO-947 into Phase 1.
  • The term loan bears interest at 7.75% at December 31, 2016, is interest-only through May 1, 2018, and matures November 1, 2020. It is secured by substantially all assets other than intellectual property and includes restrictive covenants, warrants and potential final-payment and unused-capacity fees.
  • Management expected existing resources, including available financing, to fund current operations into the second half of 2018, but stated that substantial additional financing would be required thereafter.
  • In January 2017, Kura established an at-the-market facility permitting sales of up to $25.0 million of common stock; no shares had been sold under the facility as of the filing.

Material changes, outlook and unusual items

  • The company expanded and advanced its clinical pipeline, including initiation of the lower-risk MDS and CMML Phase 2 studies and nomination of KO-539.
  • Management expected additional HRAS-mutant solid tumor and PTCL data in 2017 and MDS and CMML data in the first half of 2018. A registrational tipifarnib trial would depend on supportive Phase 2 results.
  • Tipifarnib’s composition-of-matter patents had expired in the United States and Europe in 2016. Future commercial protection depends on method-of-use or other intellectual property and potential regulatory exclusivity.
  • The company reported no material legal proceedings and no off-balance-sheet arrangements.
  • Related-party transactions included research and development services from Wellspring, management services provided to Araxes, and a $100,000 milestone payment to Araxes upon filing the KO-947 IND.
  • The filing states that KO-947 manufacturing and formulation work had experienced delays, including development of a lyophilized formulation after the initial intravenous formulation did not meet stability specifications.

Principal risks and contingencies

  • Continued losses, negative operating cash flow and dependence on additional equity, debt, collaboration or licensing financing.
  • Uncertainty regarding clinical efficacy, safety, patient enrollment, dose optimization, regulatory approval and the development of companion diagnostics.
  • Tipifarnib’s prior lack of sufficient efficacy for FDA approval, limited remaining composition-of-matter patent protection and dependence on licensed rights from Janssen.
  • Reliance on third-party contract research organizations, manufacturers, suppliers and diagnostic partners.
  • Debt covenants, secured lender claims, potential dilution from equity financing, stock options and warrants, and possible acceleration upon default.
  • Competition from established cancer therapies and other targeted drug candidates, as well as reimbursement, pricing and healthcare-policy uncertainty.

Important facts for investors to verify

  • Actual cash runway after considering operating cash burn, the $12.5 million contingent loan tranche and any use of the $25.0 million ATM facility.
  • Enrollment status, efficacy, durability and safety results from each tipifarnib Phase 2 program and the timing of any registrational trial.
  • Whether KO-947 entered Phase 1 on schedule and whether formulation or manufacturing issues affected development.
  • The scope, validity and remaining term of patent, method-of-use and regulatory protections for tipifarnib, KO-947 and KO-539.
  • Potential dilution and covenant effects from future equity issuance, additional debt, warrants and equity incentive plans.
  • Whether biomarker and companion-diagnostic strategies can identify sufficiently large, responsive patient populations.