PacBio Collaborates with iHope to Integrate Genome Sequencing Technology
PacBio announced a collaboration with iHope to integrate PacBio's HiFi long-read whole-genome sequencing into iHope's international network. "We've been impressed with the progress iHope has made in getting answers for rare disease patients through the use of genomics and we believe HiFi Long-Read WGS can move the needle even more by finding variants that may have been otherwise missed," said Christian Henry, President and Chief Executive Officer, PacBio. "HiFi long-read sequencing offers a complete view of the genome, and through this collaboration we aim to help expand iHope's access to more comprehensive and advanced genomic research technologies that may help support its delivery of precision care. As February is Rare Disease Month, we're reminded that every patient matters and we're proud to support iHope's efforts to help bring clarity and hope."
Trade with 70% Backtested Accuracy
Analyst Views on PACB
About PACB
About the author

- Earnings Announcement: Pacific Biosciences (PACB) is set to release its Q4 earnings on February 12, with a consensus EPS estimate of -$0.13, reflecting a 35% year-over-year improvement, indicating potential recovery in profitability.
- Revenue Expectations: The anticipated revenue for Q4 is $42.79 million, representing a 9.2% year-over-year increase, suggesting stable growth in market demand that could bolster investor confidence moving forward.
- Historical Performance Review: Over the past two years, PACB has beaten EPS estimates 88% of the time, although it has only surpassed revenue estimates 38% of the time, indicating a relatively stable performance in profitability but a need for improvement in revenue growth.
- Estimate Revision Dynamics: In the last three months, EPS estimates have seen one upward revision and two downward adjustments, while revenue estimates have experienced three upward revisions and two downward adjustments, reflecting market divergence and uncertainty regarding the company's future performance.
- Asset Sale Completion: PacBio completed the sale of short-read DNA sequencing technology assets to Illumina for $48.1 million in net cash proceeds, aimed at strengthening its balance sheet and refocusing on long-read sequencing development.
- Strategic Shift: In response to challenging macroeconomic conditions, PacBio paused the development of its high-throughput short-read sequencing platform, reallocating resources to innovations in the long-read sequencing market, which is expected to enhance its market share.
- Accelerated Technology Development: The transaction enables PacBio to expedite the development of SPRQ-Nx chemistry, which will be launched globally at a competitive pricing structure, providing a more comprehensive view of the genome and further solidifying its leadership in genomic sequencing.
- Future Growth Potential: The CEO of PacBio stated that this transaction not only strengthens the company's balance sheet but also lays the groundwork for the next phase of growth, expected to drive the adoption of its differentiated long-read sequencing platform and enhance market competitiveness.
- Earnings Release Date: Pacific Biosciences will report its Q4 and full-year 2025 financial results on February 12, 2026, at 5:00 PM ET, demonstrating the company's commitment to transparency and investor communication.
- Revenue Growth: Preliminary fourth-quarter revenue is expected to reach approximately $44.6 million, reflecting a 14% year-over-year increase, while full-year revenue is projected at $160 million, a 4% rise from the previous year, driven primarily by strong sales of the Vega sequencing platform.
- System Placement Trends: The deployment count for the Vega system surged to 42 units in Q4 2025 from just 7 units a year earlier, while the Revio system placements slightly declined to 21 units, indicating a market preference shift towards the Vega platform.
- Stock Performance: Over the past year, PACB's stock traded between $1.84 and $2.12, closing at $2.57 with a 1.98% increase, reflecting market confidence in the company's growth potential.
- Revenue Growth: Pacific Biosciences anticipates approximately $44.6 million in Q4 2025 revenue, up 14% from $39.2 million in the prior year, driven by strong sales of its Vega sequencing platform, indicating robust performance.
- Instrument and Consumables Revenue: Q4 2025 instrument revenue is expected to rise to $17.3 million from $15.3 million, while consumables revenue jumps from $18.8 million to $21.6 million, reflecting sustained market demand and operational efficiency.
- System Deployment Trends: The placement count for the Vega system surged to 42 units in Q4 2025 from 7 units year-over-year, while the Revio system placements declined from 23 to 21 units, highlighting a shift in market preference towards Vega amid challenges for Revio.
- Future Outlook: CEO Christian Henry noted that the SPRQ-Nx technology's cost reductions and enhanced multiomic capabilities are expected to catalyze growth in 2026 and beyond, demonstrating the company's confidence in future market opportunities.

- Technological Innovation: PacBio's newly launched CiFi method integrates 3C with HiFi long-read sequencing, enabling chromosome-scale assemblies in a single sequencing run, significantly enhancing efficiency and accuracy in genomic research.
- Reduced Sample Requirements: This technology allows for the generation of reference-quality assemblies with limited sample input, thereby lowering the costs and complexities associated with genome projects by requiring fewer cells and libraries.
- Multi-Contact Resolution Capability: CiFi overcomes the limitations of traditional Hi-C methods by producing long HiFi reads that capture multiple chromatin interactions, which increases contact density and improves data quality.
- Broad Application Prospects: The successful application of this technology in assembling the genomes of prairie and meadow voles demonstrates its potential value in biodiversity studies and functional genomics, indicating a wide range of future applications in the field of genomics.









