| Breakdown | Dec 2024 | Dec 2023 | Dec 2022 | Dec 2021 | Dec 2020 |
|---|---|---|---|---|---|
Income Statement | |||||
| Total Revenue | 198.00K | 821.00K | 323.00K | 2.00K | 1.84M |
| Gross Profit | 198.00K | 821.00K | 323.00K | 2.00K | 1.84M |
| EBITDA | -41.05M | -53.45M | -43.88M | -50.12M | -40.51M |
| Net Income | -53.86M | -172.60M | -240.81M | -94.80M | -74.82M |
Balance Sheet | |||||
| Total Assets | 13.10M | 55.39M | 76.47M | 123.44M | 169.94M |
| Cash, Cash Equivalents and Short-Term Investments | 9.77M | 37.82M | 54.61M | 94.48M | 154.39M |
| Total Debt | 966.00K | 4.66M | 991.00K | 325.41M | 289.55M |
| Total Liabilities | 8.23M | 14.15M | 524.60M | 336.30M | 297.87M |
| Stockholders Equity | 4.86M | 41.23M | -448.12M | -212.86M | -127.93M |
Cash Flow | |||||
| Free Cash Flow | -28.77M | -43.22M | -43.19M | -43.36M | -35.82M |
| Operating Cash Flow | -28.74M | -43.21M | -42.82M | -43.31M | -35.68M |
| Investing Cash Flow | 5.98M | 21.36M | 29.05M | -38.95M | 2.33M |
| Financing Cash Flow | 468.00K | 21.23M | -294.00K | -1.64M | 125.51M |
Name | Overall Rating | Market Cap | P/E Ratio | ROE | Dividend Yield | Revenue Growth | EPS Growth |
|---|---|---|---|---|---|---|---|
51 Neutral | $7.86B | -0.30 | -43.30% | 2.27% | 22.53% | -2.21% | |
48 Neutral | $24.60M | ― | -217.87% | ― | -100.00% | 33.44% | |
44 Neutral | $15.28M | -0.25 | ― | ― | ― | 80.54% | |
41 Neutral | $22.30M | ― | -42.29% | ― | ― | -21.99% | |
40 Neutral | $28.36M | ― | -92.74% | ― | 280.77% | 32.82% | |
37 Underperform | $29.24M | ― | -565.18% | ― | -48.74% | 89.18% |
Apollomics Inc. is conducting a Phase 1/2 study titled ‘Phase 1 / 2 Multicenter Study of the Safety, Pharmacokinetics, and Preliminary Efficacy of APL-101 in Subjects With Non-Small Cell Lung Cancer With c-Met EXON 14 Skip Mutations and c-Met Dysregulation Advanced Solid Tumors’. The study aims to evaluate the safety, pharmacokinetics, and preliminary efficacy of APL-101 in treating various cancers, including non-small cell lung cancer (NSCLC) with specific genetic mutations. This research is significant as it targets MET gene alterations, which are implicated in cancer progression.